In easy terms, social promoting is an approach that gets use out of 'philosophy' to listen to the specific needs of the target. This is done by gathering folks with shared interests, giving the chance to make an interactive community. To start right out in integrating social promoting methods with SEO, a plan must be developed first. Likewise , there should be detailed research per the target's desires, most particularly since the approach is customer-oriented. These firms will provide useful info and insights on how different approaches work together in maximizing company results.
When you have a better knowledge of the assorted techniques, you can now employ the ones OK for your requirements.
Social selling involves creating a community where folk with shared interests come together to state views and raise questions. A majority of buyers do online research before making any purchases ; forums are beneficial in providing info per shopper investigations. Also consider setting up a blog that contains applicable posts that debate the services and products that your company offers. Place links to other sites and blogs that apply to your blog content. Likewise , it's a necessity to keep the forum and blog entries updated and interesting for folks to read.
With an efficient plan and systems in effect integrating SEO and social marketing isn't a hard job.
Wednesday, July 15, 2009
Wednesday, March 25, 2009
wHat a MaRcH!!!
One of the most important month of the year, March. For a student like me, this month is the most hectic and most tiring month in a school year, others are also afraid, for this is the time where they will know if they pass the subject or not. Most of the students are stressed out in the month of March. Many projects deadline are set.
But for me, the month of march has a different impact. It gives me the advantage to have an income. Like here in our school, many of the graduating students have their projects pass this month, but they didn’t know how to make a system program for their database subject. One of their members approach me to give them a favor of making their project, but with a price. Although it is tiring to do, I grab the opportunity to make money. This month, I’ve created 4 programs, all with a good price. For all the readers of this post, may you see the month of march as different as you already known…^_^
But for me, the month of march has a different impact. It gives me the advantage to have an income. Like here in our school, many of the graduating students have their projects pass this month, but they didn’t know how to make a system program for their database subject. One of their members approach me to give them a favor of making their project, but with a price. Although it is tiring to do, I grab the opportunity to make money. This month, I’ve created 4 programs, all with a good price. For all the readers of this post, may you see the month of march as different as you already known…^_^
Monday, January 19, 2009
TeChNoLoGy... d' nExT gEnErAtiOn
We already know that everything around us is swiftly changing. May it be physically, socially and most of all technologically. With this changes that we are encountering I do believe that to be able to cope we should be more emotionally ready. A man has many undertaking in life, but perhaps, the most important among these is the improvement of his personality. His success in life will depend greatly on how to develop his personality. He has to strive to enhance it. Some of those are by being healthy (that is he have to be physically, mentally, emotionally healthy), meeting people or cultivating friendship in all walks of life, having hobbies wherein he will improve in all aspects.
1) By being healthy (that is he have to be physically, mentally, emotionally healthy)
Judging from the scientific, technological, and social trends in the face of multifarious problems bought about by an even-expanding population and dwindling world resources, this is how man may live hundreds, thousands of years from now.
In the physical sense, by that time, man will be astride in his environment. Thus, he will have gained much scientific knowledge. Likewise, he will have developed and perfected engineering skills and technologies in all areas of life endeavor. As a result of these honed technical skills, he will have solved all the world’s major visible problems: supply for food and water; overcrowding of livable space; pollution on land, in the waters, and in the atmosphere of the earth; disease; and longevity of life. Moreover, specialization in the technological fields will have lightened to provide for man’s increased personal and social needs.
Consequently, people will be living in communities enclosed in huge transparent domes of special materials designed to protect them from the elements and harmful external forces, under controlled temperature and humidity. Also, family dwellings will be close to one another. In addition, they will be planned and constructed to maximize space and to conform the aesthetic and practical requirements of living. To solve the problem of congestion on land, land developers, architects, planners, and social scientists will have made cities floating on the oceans and space linked to one another by advanced modes of communication and transportation.
2) Meeting people or cultivating friendship in all walks of life
No man is an island. People, no matter how much they try to be alone they still, needs the company of others. It may be a friend, family member, pets, even robots. And now, we are dwelling with another…The Artificial Intelligence; the A.I.
Whether made from clay or assembled from bits and pieces of cadavers, the central issue in these stories was always: What is the moral status of this thing? If it walks like a human being and talks like one, does it also feel like one? Is it capable of good and evil, and does it understand the difference?
By the 1960s, as ordinary homes filled up with mechanical appliances, fictional robots had been pretty much domesticated too. Most robots were gentle and helpful, like the one in the classic sci-fi movie Forbidden Planet that had been programmed with the Three Laws. This line of thought continued all the way down to the recent Warner Brothers movie The Iron Giant. Meanwhile, the robot that could break things and kill people still kept its grip on the popular imagination, appearing most memorably in the Terminator flicks. And, of course, the computer revolution had hit, and sometime around 1960 the idea dawned on everyone simultaneously: What if these things are smarter than us?
Even in fields where there is obviously a great deal of money to be made, progress has been barely perceptible. Anyone who could get a computer to drive a car as safely as a human being does would certainly clean up, yet the news from the auto manufacturers, who are throwing a lot of resources at this, is a low-level function to the brain, as proved by the fact that you can think about several other things while you are doing t. Except at difficult moments it is, in fact hardly a brain function at all- the unconscious nervous system is taking most of the load, as it does with any learned task.
3) Having hobbies wherein he will improve in all aspects
Hobbies -one word with different perspective. Hobby may define by others as singing, dancing, drawing, etc. But when we talked about technology, collecting new and hi-tech gadgets are also included. Though money involves, still people get into it.
In the article Wibree it stated that:
Many people love Bluetooth because powers their cordless headsets and synchronizes their mobile phones with their laptops. Now, a new wireless technology is being introduced to the market- Wibree.
Wibree, a pormanteau of “wi” for wireless and “bree” which is Old English for crossroads, is said to be 10 times more energy-efficient than Bluetooth. The cost-effective, short-range, wireless technology allow small, low-power devices such as watches and spot sensors to connect to larger gadgets such as mobile phones and personal computers.
Wibree is similar in many respects to Bluetooth. Devices currently connected by Bluetooth will get a dual Bluetooth-Wibree chip while those that are not will use a Wibree-only chip. The two technologies, however, differ in size, price and most of all, power consumption.
Wibree will use only a fraction of the power consumed by Bluetooth chips, resulting in a much longer battery life and more compact devices. While Bluetooth is used to transmit audio and media files, Wibree is designed to extend this network by serving applications that transmit only small amounts of data and where size and cost are priorities.
Many applications that are not cost-effective or too small to use existing Bluetooth technology can make use of Wibree instead. They include:
. wristwatches;
.wireless keyboards;
.medical and sports sensors;
.remote controls;
.wireless controlled toys;
.gaming accessories with sensors; and
.other small, button cell battery-powered devices.
A range of other applications that have not been conceived yet might also be developed using Wibree technology.
There will be two types of Wibree implementation. The first will be based on the Wibree stand-alone chip and the second will be based on the Wibree-Bluetooth dual mode chip. The former will be used in small, low-cost devices such as wireless mice, keyboards, sensors and toys. The latter will probably be implemented in future mobile phones, allowing users to benefit from both technologies.
- A.C. Mendoza, Jr.
What's new!?Here are some of the newest technology stored for us:
* Asus notebook F70
The Asus F70 uses an Intel processor and you can choose between Core 2 Duet, Pentium or Celeron. It has up to 4GB of RAM and a dual-hard drive configuration which allow users to have up to 1 TB of storage space, which is a really impressive capacity. It also has an optic drive with Blu-ray support, and 1.3M pixels CMOS webcam (dependent on model chosen), Wi-Fi connectivity, Bluetooth and an eight cell battery. Its screen display has a 16:9 aspect ratio and a maximum resolution of 1600 by 900 pixels.
* Mickey and Eyeball by Blue Microphone
Mikey is an audio recording microphone designed to fit into the end of an iPod 4G, 5G, 6G, iPod Nano 2G, 3G, and iPod classic. Has three selectable microphone positions, as well as a built-in speaker for playback. It is capable of recording from up to 40 feet, which is perfect for college lectures.
Eyeball an excellent webcam that has a silver ball-shaped speaker with a pop-out webcam capable of recording HD quality video. The pop-out feature insures privacy as when the lens is out of sight, and is out of your mind. No more accidentally getting yourself caught on online film because you left your camera on.
* HD Camcorder with Auto Transferring Dock
It is designed to transfer videos and and still pictures automatically to computer through USB connection when placed in its dock. It can be plug directly to a TV to view images or video using the included composite or RCA cables. Its rechargeable battery provides two hours of operation from a three-hour charge when placed in its dock. Includes USB cable and a soft carrying case. Requires a computer with USB 2.0 and Windows XP or Vista. 3 3/4″ L x 2 1/2″ W x 3/4″ D. (23/4 oz.)
* Flameless Candles with Remote
So simple but it rocks. This is designed to have a fantastic way in creating a warm atmosphere. Each set of three wax candles (4", 5", 6") use energy-efficient LED flickering light -- no flame! Turn them all on at once with included compact remote control.
* Napkin PC
The Napkin PC is designed for group collaborations. Each pen transmits your doodles to the base station which is a PC in disguise. That information gets processed and displayed on the napkin like e-ink paper. This will surely be a save in paper and no need for printers.
* 3D Webcam
This gadget uses two cameras to put together a three dimensional view, the same way the human eye does. You have to wear “special” glasses to see the image in all its in full-facial glory. The Minoru software has stereoscopic anaglyphic processing that lets you be seen in three dimensions. The red and cyan anaglyph image produced by Minoru can be viewed by anybody who is wearing commonly available red and cyan 3D glasses . Minoru can also be used as a standard 2D webcam for anyone who doesn’t have the 3D glasses at hand.
* E Premium tractor
The tractor generates electricity to run auxiliaries like air conditioning and will operate implements that are redesigned with electric motors. Without all the extras draining its power, the diesel engine can maximize its performance and save fuel. A side benefit of the tractor's generator is the ability to run power equipment wherever the tractor can go.
* Viper with Internet access
The new task controller is the first to bring cyber digital waves to corn and soybean fields across the Midwest. This gadget uses the same card technology that is in a cell phone.
* Smart Tire
The smart tire uses the concept that the entire tire is the sensor. Measurements are taken on the tread and the layers beneath it to detect damage caused by cuts, punctures, manufacturing defects, rubber hardening, over-deflection, impact, or improper mounting or repair. Signals are sent to on-board computers for processing.
* Hands Free Universal Remote - Shout at the TV and It Will Obey!
The Hands Free universal remote is voice activated, so all you have to do when you want to change channel is shout at the remote. You can program it with your own voice and there is a nice voice setup assistance with that product. (Although I prefer on clicking instead of shouting.)
What I have enumerated above are just few of the new technologies that are now popping in the market. Some maybe great and some may not pass to our taste or likes. But these things are a substantial evidence that you can never really know what was really stored for us in the future.
What's next!?here are some the list of what's stored for the future.
* Optical computing closer to reality
Scientists at the University of Pennsylvania have theorized a way to increase the speed of pulses of light that bound across chains of tiny metal particles to well past the speed of light by altering the particle shape. Application of this theory would use nanosized metal chains as building blocks for novel optoelectronic and optical devices, which would operate at higher frequencies than conventional electronic circuits. Such devices could eventually find applications in the developing area of high-speed optical computing, in which protons and light replace electrons and transistors for greater performance.
* Cars
More new features and powerful engines like with the 2010 Chevrolet Camaro coupe which is a 3.6 liter direct-injection V6 putting out approximately 300 horsepower as well as the "LS3" 6.2 liter V8 from the Corvette, said to be good for about 422 horsepower.
* Electrical energy
The proliferation of solar, wind and even tidal electric generation and the rapid emergence of hybrid electric automobiles demands flexible and reliable methods of high-capacity electrical storage. Now a team of Penn State materials scientists is developing ferroelectric polymer-based capacitors that can deliver power more rapidly and are much lighter than conventional batteries.
* Robotics
BigDog is the alpha male of the Boston Dynamics family of robots. It is a quadruped robot that walks, runs, and climbs on rough terrain and carries heavy loads. BigDog is powered by a gasoline engine that drives a hydraulic actuation system. BigDog's legs are articulated like an animal’s, and have compliant elements that absorb shock and recycle energy from one step to the next. BigDog is the size of a large dog or small mule, measuring 1 meter long, 0.7 meters tall and 75 kg weight.
Well, actually for me, there is no harm in a little entertaining fiction about the Artificial Intelligence, or the wibree, but we should not delude ourselves that genuinely intelligent machines will be the feature of our environment soon, or, in my opinion, ever. For all the endeavors of the A.I. researchers (for an example), the uniqueness of the human personality still stands aloof and unscratched. So it will ever be within man in his own image; I do not believe it will ever be within our powers to replicate that act of creation by any method other than the familiar one with which we have been equipped. It is just that we should be ready any moment for another sets of this new technologies to avoid ourselves from being "shock" or "late” of taking a glimpse or checking this gadgets.
Reference:
http://www.gadgetophilia.com/
http://www.myddnetwork.com/new-gadgets
http://farmindustrynews.com/shop-office/business/technology-changing-agriculture/
http://www.whatsnextnetwork.com/technology/
http://cars.about.com/od/whatscomingin2010/ig/New-and-redesigned-2010-cars/2010-Chevrolet-Camaro-hi-angle.-LqR.htm
1) By being healthy (that is he have to be physically, mentally, emotionally healthy)
Judging from the scientific, technological, and social trends in the face of multifarious problems bought about by an even-expanding population and dwindling world resources, this is how man may live hundreds, thousands of years from now.
In the physical sense, by that time, man will be astride in his environment. Thus, he will have gained much scientific knowledge. Likewise, he will have developed and perfected engineering skills and technologies in all areas of life endeavor. As a result of these honed technical skills, he will have solved all the world’s major visible problems: supply for food and water; overcrowding of livable space; pollution on land, in the waters, and in the atmosphere of the earth; disease; and longevity of life. Moreover, specialization in the technological fields will have lightened to provide for man’s increased personal and social needs.
Consequently, people will be living in communities enclosed in huge transparent domes of special materials designed to protect them from the elements and harmful external forces, under controlled temperature and humidity. Also, family dwellings will be close to one another. In addition, they will be planned and constructed to maximize space and to conform the aesthetic and practical requirements of living. To solve the problem of congestion on land, land developers, architects, planners, and social scientists will have made cities floating on the oceans and space linked to one another by advanced modes of communication and transportation.
2) Meeting people or cultivating friendship in all walks of life
No man is an island. People, no matter how much they try to be alone they still, needs the company of others. It may be a friend, family member, pets, even robots. And now, we are dwelling with another…The Artificial Intelligence; the A.I.
Whether made from clay or assembled from bits and pieces of cadavers, the central issue in these stories was always: What is the moral status of this thing? If it walks like a human being and talks like one, does it also feel like one? Is it capable of good and evil, and does it understand the difference?
By the 1960s, as ordinary homes filled up with mechanical appliances, fictional robots had been pretty much domesticated too. Most robots were gentle and helpful, like the one in the classic sci-fi movie Forbidden Planet that had been programmed with the Three Laws. This line of thought continued all the way down to the recent Warner Brothers movie The Iron Giant. Meanwhile, the robot that could break things and kill people still kept its grip on the popular imagination, appearing most memorably in the Terminator flicks. And, of course, the computer revolution had hit, and sometime around 1960 the idea dawned on everyone simultaneously: What if these things are smarter than us?
Even in fields where there is obviously a great deal of money to be made, progress has been barely perceptible. Anyone who could get a computer to drive a car as safely as a human being does would certainly clean up, yet the news from the auto manufacturers, who are throwing a lot of resources at this, is a low-level function to the brain, as proved by the fact that you can think about several other things while you are doing t. Except at difficult moments it is, in fact hardly a brain function at all- the unconscious nervous system is taking most of the load, as it does with any learned task.
3) Having hobbies wherein he will improve in all aspects
Hobbies -one word with different perspective. Hobby may define by others as singing, dancing, drawing, etc. But when we talked about technology, collecting new and hi-tech gadgets are also included. Though money involves, still people get into it.
In the article Wibree it stated that:
Many people love Bluetooth because powers their cordless headsets and synchronizes their mobile phones with their laptops. Now, a new wireless technology is being introduced to the market- Wibree.
Wibree, a pormanteau of “wi” for wireless and “bree” which is Old English for crossroads, is said to be 10 times more energy-efficient than Bluetooth. The cost-effective, short-range, wireless technology allow small, low-power devices such as watches and spot sensors to connect to larger gadgets such as mobile phones and personal computers.
Wibree is similar in many respects to Bluetooth. Devices currently connected by Bluetooth will get a dual Bluetooth-Wibree chip while those that are not will use a Wibree-only chip. The two technologies, however, differ in size, price and most of all, power consumption.
Wibree will use only a fraction of the power consumed by Bluetooth chips, resulting in a much longer battery life and more compact devices. While Bluetooth is used to transmit audio and media files, Wibree is designed to extend this network by serving applications that transmit only small amounts of data and where size and cost are priorities.
Many applications that are not cost-effective or too small to use existing Bluetooth technology can make use of Wibree instead. They include:
. wristwatches;
.wireless keyboards;
.medical and sports sensors;
.remote controls;
.wireless controlled toys;
.gaming accessories with sensors; and
.other small, button cell battery-powered devices.
A range of other applications that have not been conceived yet might also be developed using Wibree technology.
There will be two types of Wibree implementation. The first will be based on the Wibree stand-alone chip and the second will be based on the Wibree-Bluetooth dual mode chip. The former will be used in small, low-cost devices such as wireless mice, keyboards, sensors and toys. The latter will probably be implemented in future mobile phones, allowing users to benefit from both technologies.
- A.C. Mendoza, Jr.
What's new!?Here are some of the newest technology stored for us:
* Asus notebook F70
The Asus F70 uses an Intel processor and you can choose between Core 2 Duet, Pentium or Celeron. It has up to 4GB of RAM and a dual-hard drive configuration which allow users to have up to 1 TB of storage space, which is a really impressive capacity. It also has an optic drive with Blu-ray support, and 1.3M pixels CMOS webcam (dependent on model chosen), Wi-Fi connectivity, Bluetooth and an eight cell battery. Its screen display has a 16:9 aspect ratio and a maximum resolution of 1600 by 900 pixels.
* Mickey and Eyeball by Blue Microphone
Mikey is an audio recording microphone designed to fit into the end of an iPod 4G, 5G, 6G, iPod Nano 2G, 3G, and iPod classic. Has three selectable microphone positions, as well as a built-in speaker for playback. It is capable of recording from up to 40 feet, which is perfect for college lectures.
Eyeball an excellent webcam that has a silver ball-shaped speaker with a pop-out webcam capable of recording HD quality video. The pop-out feature insures privacy as when the lens is out of sight, and is out of your mind. No more accidentally getting yourself caught on online film because you left your camera on.
* HD Camcorder with Auto Transferring Dock
It is designed to transfer videos and and still pictures automatically to computer through USB connection when placed in its dock. It can be plug directly to a TV to view images or video using the included composite or RCA cables. Its rechargeable battery provides two hours of operation from a three-hour charge when placed in its dock. Includes USB cable and a soft carrying case. Requires a computer with USB 2.0 and Windows XP or Vista. 3 3/4″ L x 2 1/2″ W x 3/4″ D. (23/4 oz.)
* Flameless Candles with Remote
So simple but it rocks. This is designed to have a fantastic way in creating a warm atmosphere. Each set of three wax candles (4", 5", 6") use energy-efficient LED flickering light -- no flame! Turn them all on at once with included compact remote control.
* Napkin PC
The Napkin PC is designed for group collaborations. Each pen transmits your doodles to the base station which is a PC in disguise. That information gets processed and displayed on the napkin like e-ink paper. This will surely be a save in paper and no need for printers.
* 3D Webcam
This gadget uses two cameras to put together a three dimensional view, the same way the human eye does. You have to wear “special” glasses to see the image in all its in full-facial glory. The Minoru software has stereoscopic anaglyphic processing that lets you be seen in three dimensions. The red and cyan anaglyph image produced by Minoru can be viewed by anybody who is wearing commonly available red and cyan 3D glasses . Minoru can also be used as a standard 2D webcam for anyone who doesn’t have the 3D glasses at hand.
* E Premium tractor
The tractor generates electricity to run auxiliaries like air conditioning and will operate implements that are redesigned with electric motors. Without all the extras draining its power, the diesel engine can maximize its performance and save fuel. A side benefit of the tractor's generator is the ability to run power equipment wherever the tractor can go.
* Viper with Internet access
The new task controller is the first to bring cyber digital waves to corn and soybean fields across the Midwest. This gadget uses the same card technology that is in a cell phone.
* Smart Tire
The smart tire uses the concept that the entire tire is the sensor. Measurements are taken on the tread and the layers beneath it to detect damage caused by cuts, punctures, manufacturing defects, rubber hardening, over-deflection, impact, or improper mounting or repair. Signals are sent to on-board computers for processing.
* Hands Free Universal Remote - Shout at the TV and It Will Obey!
The Hands Free universal remote is voice activated, so all you have to do when you want to change channel is shout at the remote. You can program it with your own voice and there is a nice voice setup assistance with that product. (Although I prefer on clicking instead of shouting.)
What I have enumerated above are just few of the new technologies that are now popping in the market. Some maybe great and some may not pass to our taste or likes. But these things are a substantial evidence that you can never really know what was really stored for us in the future.
What's next!?here are some the list of what's stored for the future.
* Optical computing closer to reality
Scientists at the University of Pennsylvania have theorized a way to increase the speed of pulses of light that bound across chains of tiny metal particles to well past the speed of light by altering the particle shape. Application of this theory would use nanosized metal chains as building blocks for novel optoelectronic and optical devices, which would operate at higher frequencies than conventional electronic circuits. Such devices could eventually find applications in the developing area of high-speed optical computing, in which protons and light replace electrons and transistors for greater performance.
* Cars
More new features and powerful engines like with the 2010 Chevrolet Camaro coupe which is a 3.6 liter direct-injection V6 putting out approximately 300 horsepower as well as the "LS3" 6.2 liter V8 from the Corvette, said to be good for about 422 horsepower.
* Electrical energy
The proliferation of solar, wind and even tidal electric generation and the rapid emergence of hybrid electric automobiles demands flexible and reliable methods of high-capacity electrical storage. Now a team of Penn State materials scientists is developing ferroelectric polymer-based capacitors that can deliver power more rapidly and are much lighter than conventional batteries.
* Robotics
BigDog is the alpha male of the Boston Dynamics family of robots. It is a quadruped robot that walks, runs, and climbs on rough terrain and carries heavy loads. BigDog is powered by a gasoline engine that drives a hydraulic actuation system. BigDog's legs are articulated like an animal’s, and have compliant elements that absorb shock and recycle energy from one step to the next. BigDog is the size of a large dog or small mule, measuring 1 meter long, 0.7 meters tall and 75 kg weight.
Well, actually for me, there is no harm in a little entertaining fiction about the Artificial Intelligence, or the wibree, but we should not delude ourselves that genuinely intelligent machines will be the feature of our environment soon, or, in my opinion, ever. For all the endeavors of the A.I. researchers (for an example), the uniqueness of the human personality still stands aloof and unscratched. So it will ever be within man in his own image; I do not believe it will ever be within our powers to replicate that act of creation by any method other than the familiar one with which we have been equipped. It is just that we should be ready any moment for another sets of this new technologies to avoid ourselves from being "shock" or "late” of taking a glimpse or checking this gadgets.
Reference:
http://www.gadgetophilia.com/
http://www.myddnetwork.com/new-gadgets
http://farmindustrynews.com/shop-office/business/technology-changing-agriculture/
http://www.whatsnextnetwork.com/technology/
http://cars.about.com/od/whatscomingin2010/ig/New-and-redesigned-2010-cars/2010-Chevrolet-Camaro-hi-angle.-LqR.htm
Tuesday, January 6, 2009
A new year, does it mean a new life too?
The year 2008 has ended and i realized that the year gave me a lot of experience. I had conducted my on the job training and it was fun. I met many professional people and learned new things. Another thing that i can't forget about 2008 are the birthdays we've celebrated with my friends. Our long time project in Software Engineering and System and Analysis Design also ended. It took us sometime to finish it.
For this year, some of my friends made their new year's resolution. I hope that they could sustain that promise they made to themselves. I too have a new year's resolution, but the ironically my friends test my promise to my self, never to talk trash to anyone anytime. I know that this is not a big deal to some, but for me this is a first step for a new life and i wish that i could hold to that promise forever...^_^
For this year, some of my friends made their new year's resolution. I hope that they could sustain that promise they made to themselves. I too have a new year's resolution, but the ironically my friends test my promise to my self, never to talk trash to anyone anytime. I know that this is not a big deal to some, but for me this is a first step for a new life and i wish that i could hold to that promise forever...^_^
Saturday, December 20, 2008
Fighting Climate Change: A Call
“Climate change is one of the most complex, multifaceted and serious threats the world faces. The response to this threat is fundamentally linked to pressing concerns of sustainable development and global fairness; of economy, poverty reduction and society; and of the world we want to hand down to our children.” - UN Secretary General Ban Ki-moon (http://wipo.int/tool/en/article_0001.html).
Increased levels of greenhouses gases in the atmosphere – primarily carbon dioxide, methane, nitrous oxide, and chlorofluorocarbons – are linked with the global phenomenon of climate change. Slowing the growth in greenhouse gas emissions, while ensuring availability of the plentiful energy essential to economic vitality, is an important concern for many nations (http://www.netl.doe.gov/KeyIssues/climate_change.html).
Like in my post in my blog “No doubt, car technology helps us in many ways, it help our country more we could image. Nevertheless it has also complication and consequences affix to this technology. Because most cars today are using fossil fuels to make it run, it emits harmful gasses that make the environment undergo a very damaging situation. Most of cars today uses diesel fuels which is combusted in the cars engine and the excess products are the exhausted in the air. Pollution is the very significant problem that comes hand in hand with the development of car technology. Today’s ozone layer dealt a very alarming damage. The last I heard about how big was the hole in the ozone layer was as big as the America. Because of this tear in the atmosphere, complication arises like the greenhouse effect where the temperature in the earth increases. Polar caps are melting due to the raise of temperature in the earth. In the lower region, flash flood is only one of the problems due to the increase of temperature in the polar region. Typhoons are also created; it is a problem in also all of the countries in the world. The El Niño and La Niña phenomenon also arises. We cant’ deny the fact that we are the one who is responsible in the destruction of mother earth. And we must do what we must to protect it by the use of technology.
For the reason that car technology is one of the contributors in pollution of the earth, there are research and studies on how to minimize pollution exerted by today’s modern high tech cars. Alternative energy is introduced to power cars so that it would run just like it is power by fuels. By using this alternative energy, we can lessen the effects of pollution. Alternative energy does not emit harmful gases in the air once it is used to cars. This energy is being suggested to be used in places which pollution is very high. In the Philippines for example, the capital city; Metro Manila where the you can almost say that the clouds are very dark not because that it will rain anytime soon but because those clouds are not exactly cloud but smoke due to the cars and factories. ” An article in http://www.carbonreductioninstitute.com.au/ discussed that climate change caused by an increased concentration of greenhouse gas has an alarming impact on our environment. Droughts throughout the world are causing crop failures. Wildfires now burn with far greater rage. Melting ice caps and glaciers are causing sea levels to rise. Warm unseasonable winters are threatening fragile eco-systems and throwing the migratory patterns of species out of balance.
We all know that climate change posses a threat to mankind. The sensitive complication posed by the climate problem must be resolved in the manner that is reasonable and just to all, taking into account significant, present and future release of all greenhouse gases. Worldwide attempts to fight climate change should be directed by the principle of common but separated responsibilities. Developing countries are equally concerned to avoid the sort of reduce or restrictive energy policies, which would weaken their industrial growth or competitiveness. What everyone wants are answer which are not only good for the planet, but also good for business and good for development. According to an article about climate change in http://wipo.int/tool/en/article_0001.html that “Technological solutions are needed for the challenges of both mitigation and adaptation, as they are referred to in climate change terminology. Mitigation is about slowing down global warming by reducing the level of greenhouse gases in the atmosphere. Among the many mitigation technologies already on – or nearing – the market are renewable energy sources, such as biofuels, biomass, wind, solar and hydro power; low carbon building materials; and emerging technologies which aim to capture carbon out of the atmosphere and lock it away. Adaptation involves dealing with the existing or anticipated effects of climate change, particularly in the developing, least developed and small island countries, which are most severely affected. In addition to “soft” technologies, such as crop rotation, hard technologies for adaptation include improved irrigation techniques to cope with drought, and new plant varieties which are resistant to drought or to salt water. The uptake of mitigation technologies has accelerated in recent years, encouraged by proactive government policies. Yet it is not enough for environmentally minded consumers in Europe and the US to install solar panels on their homes and trade in their gas-guzzlers for hybrid cars. The impact and effectiveness of technological solutions depend on their being deployed on a global scale. The International Energy Agency estimates that, by 2020, 60 percent of greenhouse gas emissions will come from economies in transition and developing countries, underlining that these countries will need to “leapfrog a technological generation or two” if they are to avoid the fossil-fuel trap and move directly to environmentally-sound technologies. ” Another article about climate change said that It is important to note that, as we work to boost the use of biofuels, we are also taking strong measures to minimize the impact of our biofuels usage on food prices and the environment. By 2022, nearly 60% of our 36 billion gallon goal must come from advanced or cellulosic biofuels. In other words, nearly 60% of our biofuels must come from sources other than corn ethanol by 2022. In fact, the U.S. Department of Energy recently awarded a significant grant to the Spanish company Abengoa to support research and development of these advanced, second-generation biofuels.” The public sector alone cannot bring all of these technologies to market. So one of our major common goals must be to encourage the private sector investments that will bring about a new low-carbon energy future, while ensuring continued economic growth. As a result of legislation in recent years, there is now $42.5 billion available for federal loan guarantees to promote the deployment in the United States of clean energy technology. The very first things that we think when we talk about climate change are the smoke emitted by factories and cars. These are the primary contributors in polluting ate air. Carbon gasses were released in the air as the result of combustion process. Like what I’ve written in my blog about pros and cons of technology specially car technology and the ways to minimized them and I quote “An example of alternative energy for cars is the solar power. I have read that Japan had made a car that is powered by solar energy. It has a solar panel that catches the light coming from the sun and converted it to electric energy that power the car’s engine to start and run. The converted energy could also power the radio, headlights and other accessories of the car. This car could run the same as an ordinary car. It could run as fast as 70 kilometers per hour. And you can recharge in a designated charging booth. Because it is power by solar energy and electricity it does not emit any harmful gasses. Thus it helps in reducing pollution in earth.
Another alternative energy that can be used to substitute fossil fuels to power cars is the water. There are research and studies that water can be use to power car. A special engine is used to convert elements of the water. Hydrogen and oxygen are separated in this process. The end product if this conversion of water to power cars is water also. These water power cars run almost the same as any ordinary cars that use fuels. Compare to fossil fuels and solar powered cars, the cost of using water powered cars is much less, At the same time helps in preserving the environment.
There is also an invention of using cooking oil to power cars. I think that it was a Filipino that discovers this technology. But it was not supported by the government because of some reasons. As what I have read, it uses cooking oil or at least used oil like the ones that we use in frying our food. A special mechanism is added to the cars engine that converts the oil content element to power the car to run. It would be a pride and glory of the Filipinos if this invention is supported by the government. But today’s most common alternative energy for powering cars is the use of liquefied petroleum gas or the LPG. This technology is already used in some part of the country. LPG tank are placed in the car and a special converting mechanism is added to convert the liquefied petroleum gas to be used in the cars engine to combust and generate enough energy and power to run a car. Here in Davao City Philippines I have seen many cars that are powered and fueled by liquefied petroleum gas. As of the refueling of these cars, there as special gasoline station intended to fuel LPG power cars. Although it uses the process of combustion, the gasses that are emitted by these cars are not that harmful compared to diesel fueled cars, furthermore the price of LPG is much cheaper compare to fuels like diesel, premium and unleaded gasoline.” According to an article in http://www.ovcrd.upd.edu.ph/index.php? option=com_content&task=view&id=526 “ In 2000, the Philippines forwarded to the UNFCCC its Initial National Communication, the milestones of the country insofar as accomplishing the objectives of the Convention are concerned. More specifically, this report presented the gains made in the fields of greenhouse gas abatement and inventory. Also noted were gains significantly achieved in strengthening institutions and processes in relation to the mitigation, prevention and adaptation initiatives in the country. A lot of work still needs to be done though. Recommendations of the report include the institutionalization of the process of greenhouse inventory, particularly among the government agencies concerned and greater involvement of the academe through related studies. More studies on adaptation and vulnerability under climate change conditions are also suggested.”
We can minimize climate change in some simple ways. Car-pooling, using power strips and turning off lights and machines when not in use are also ways businesses and you can conserve energy and lower your bills. There are also some recommendation in the site merliannews.com/Environmental_Awareness_46/20_Simple_Steps_To_Fight_Global_Warming.shtml in how to solve climate change 1. Urge your United States Senators to support the Climate Stewardship and Innovation Act. 2. Run your dishwasher only with a full load. Use the energy-saving setting to dry the dishes. Don't use heat when drying.3. Wash clothes in warm or cold water, not hot.4. Turn down your water heater thermostat; 120 degrees is usually sufficent.5. Monitor the temperature in your home. Adjust your thermostat - lower in the winter and higher in the summer.6. Clean or replace air filters as recommended.7. Buy energy efficient compact fluorescent bulbs for your most used lights.8. Wrap your water heater in an insulating jacket (but only if the water heater is over five years old and has no internal insulation).9. Install low-flow shower heads to use less hot water.10. Caulk and weather-strip around doors and windows to plug air leaks.11. Ask your utility company to conduct an energy audit to find out where your home is poorly insulated or energy inefficient. 12. Whenever possible, walk, bike, carpool, or use mass transit.13. When time and budget permits, buy a more fuel-efficient vehicle- one that gets at least five more mpg than your old car.14. Reduce waste by buying minimally packaged goods; choosing reusable products over disposable ones.15. Request that the coolant be recycled every time your car air conditioner is serviced.16. Insulate your walls and ceilings to save about 25% on your home heating bills.17. If you need to replace your windows, install the best energy saving models.18. Recycle your potentially recyclable material (paper, plastics, and glass).19. As you replace home appliances, select the most energy efficient models.20. Sign and return your Citizen Pledge to Fight Global Warming and join Environmental Defense Action Fund.
Another advice on how to solve climate change was give by marklynas.org/2007/11/13/ the-easy-way-to-stop-climate-change is that Use technology, but there are some areas of high-carbon behavior that people will always be reluctant to give up, and this brings me to the third and final part of my strategy to deal with global warming – technology. Today we face a situation where a global population of potentially nine billion or so by 2050 continues to demand a steadily increasing consumer lifestyle. There is nothing we can do to stop this, and nor should we try. But it does put humanity on a very real collision course with the planet, so we are going to have to throw every technological tool we have at the problem to try to meet people’s aspirations without worsening our climatic predicament. Some of this will involve technology leapfrogging: helping developing countries skip over our dirty phase of industrialization, by install ling solar power in remote, off-grid areas of Africa and Asia, for example. We also need to help developing countries make choices that put fossil fuels at the bottom of the energy shopping list, by helping them use carbon capture and storage technology as well as nuclear power. Both have obvious drawbacks, but I would rather see China building two nuclear reactors a week than two coal-fired plants. The localization agenda can only go so far: in an age of carbon-fuelled globalization, we need to figure out ways to transport people and goods long distances without increasing emissions. Aviation in particular is crying out for a techno-fix. Humanity went from the first manned flight in 1903 to putting a man on the moon in 1969. I think we should give the aviation industry 15 years to find a low- carbon way to shuttle people between continents – or get taxed out of existence. I believe with this kind of incentive, designers would come up with ideas none of us today could even conceive of. The technological challenge is not just to come up with new inventions, but – in the words of Robert Socolow and Stephen Pacala from Princeton University – “to scale up what we already know how to do”. In their concept of “stabilization wedges”, each wedge represents a billion tonnes of carbon shaved off the upward trend of emissions over the next 50 years. Building two million one-megawatt wind turbines, for example, is a wedge, as are two million hectares of solar panels, a 700-fold increase from today’s deployment. There are many more wedges in the fields of transport, power generation and energy efficiency. As the two researchers say, this reduces a “heroic challenge” merely to a set of “monumental tasks”. No one said it would be easy.
Perhaps the most controversial technological option of all is one that we need to keep strictly in reserve for real emergencies – geo-engineering. Here, some proposals have more merit than others, whether they be seeding the oceans with iron filings or putting up solar mirrors in space. None of them is an alternative to reducing emissions, but one just might be a valuable piece of insurance against the worst-case climate change scenarios. Believe me, pretty much anything is better than five or six degrees of global warming.
In the site climatesolutionsquilt.wordpress.com/ they recommend some step on how to fight climate change Renewable energy: There are different ways of producing energy without releasing carbon dioxide into the atmosphere. Clean coal is not one of them. The technology simply doesn’t exist yet. Nuclear energy is dangerous and expensive to produce. The renewable energy sources that hold the most promise are wind, solar cell panels, concentrated solar heat, produced using mirrors, and possibly wave technology. Energy efficient buildings: Energy use in buildings contributes to about a third of greenhouse gas emissions globally. So making sure that buildings are built efficiently (using LEED - Leadership in Energy and Environmental Design standards) as well as providing funds for retrofitting existing buildings, is an important piece of the puzzle. Public transportation/high speed rail: Transportation accounts for 30% of the carbon dioxide emissions in the US. Making public transportation more accessible and affordable is a necessary step in the path towards a sustainable future. High speed rail is more energy efficient than air travel and uses less land than highways do.
It is very dangerous to take for granted the problems in climate change. In the end it is us that faces these complications. Climate change is a problem not only here in our country but a problem in the whole world. We must take part in protecting mother earth. Because of people are very focused in improving quality living, they forget the consequences in making such technology. We must know the different ways in conserving the life of the earth. Education is one of the factors in preventing the increase of earth’s temperature. When carbon gasses and other green house gasses supply increases, this makes the climate change. When temperature increases, glaciers in the polar region stars to melt and as a result, sea water level increases thus making floods in the lower parts of the earth. Another thing that we must know to conserve earth is recycling. Plastic products are not biodegradable thus it stays in the earth for a long time polluting the land and sea. If we recycle our thing, we could help conserve mother earth. This is a call to everyone to be responsible in their actions in waste management. Because only man are the primary contributor in climate change.
Increased levels of greenhouses gases in the atmosphere – primarily carbon dioxide, methane, nitrous oxide, and chlorofluorocarbons – are linked with the global phenomenon of climate change. Slowing the growth in greenhouse gas emissions, while ensuring availability of the plentiful energy essential to economic vitality, is an important concern for many nations (http://www.netl.doe.gov/KeyIssues/climate_change.html).
Like in my post in my blog “No doubt, car technology helps us in many ways, it help our country more we could image. Nevertheless it has also complication and consequences affix to this technology. Because most cars today are using fossil fuels to make it run, it emits harmful gasses that make the environment undergo a very damaging situation. Most of cars today uses diesel fuels which is combusted in the cars engine and the excess products are the exhausted in the air. Pollution is the very significant problem that comes hand in hand with the development of car technology. Today’s ozone layer dealt a very alarming damage. The last I heard about how big was the hole in the ozone layer was as big as the America. Because of this tear in the atmosphere, complication arises like the greenhouse effect where the temperature in the earth increases. Polar caps are melting due to the raise of temperature in the earth. In the lower region, flash flood is only one of the problems due to the increase of temperature in the polar region. Typhoons are also created; it is a problem in also all of the countries in the world. The El Niño and La Niña phenomenon also arises. We cant’ deny the fact that we are the one who is responsible in the destruction of mother earth. And we must do what we must to protect it by the use of technology.
For the reason that car technology is one of the contributors in pollution of the earth, there are research and studies on how to minimize pollution exerted by today’s modern high tech cars. Alternative energy is introduced to power cars so that it would run just like it is power by fuels. By using this alternative energy, we can lessen the effects of pollution. Alternative energy does not emit harmful gases in the air once it is used to cars. This energy is being suggested to be used in places which pollution is very high. In the Philippines for example, the capital city; Metro Manila where the you can almost say that the clouds are very dark not because that it will rain anytime soon but because those clouds are not exactly cloud but smoke due to the cars and factories. ” An article in http://www.carbonreductioninstitute.com.au/ discussed that climate change caused by an increased concentration of greenhouse gas has an alarming impact on our environment. Droughts throughout the world are causing crop failures. Wildfires now burn with far greater rage. Melting ice caps and glaciers are causing sea levels to rise. Warm unseasonable winters are threatening fragile eco-systems and throwing the migratory patterns of species out of balance.
We all know that climate change posses a threat to mankind. The sensitive complication posed by the climate problem must be resolved in the manner that is reasonable and just to all, taking into account significant, present and future release of all greenhouse gases. Worldwide attempts to fight climate change should be directed by the principle of common but separated responsibilities. Developing countries are equally concerned to avoid the sort of reduce or restrictive energy policies, which would weaken their industrial growth or competitiveness. What everyone wants are answer which are not only good for the planet, but also good for business and good for development. According to an article about climate change in http://wipo.int/tool/en/article_0001.html that “Technological solutions are needed for the challenges of both mitigation and adaptation, as they are referred to in climate change terminology. Mitigation is about slowing down global warming by reducing the level of greenhouse gases in the atmosphere. Among the many mitigation technologies already on – or nearing – the market are renewable energy sources, such as biofuels, biomass, wind, solar and hydro power; low carbon building materials; and emerging technologies which aim to capture carbon out of the atmosphere and lock it away. Adaptation involves dealing with the existing or anticipated effects of climate change, particularly in the developing, least developed and small island countries, which are most severely affected. In addition to “soft” technologies, such as crop rotation, hard technologies for adaptation include improved irrigation techniques to cope with drought, and new plant varieties which are resistant to drought or to salt water. The uptake of mitigation technologies has accelerated in recent years, encouraged by proactive government policies. Yet it is not enough for environmentally minded consumers in Europe and the US to install solar panels on their homes and trade in their gas-guzzlers for hybrid cars. The impact and effectiveness of technological solutions depend on their being deployed on a global scale. The International Energy Agency estimates that, by 2020, 60 percent of greenhouse gas emissions will come from economies in transition and developing countries, underlining that these countries will need to “leapfrog a technological generation or two” if they are to avoid the fossil-fuel trap and move directly to environmentally-sound technologies. ” Another article about climate change said that It is important to note that, as we work to boost the use of biofuels, we are also taking strong measures to minimize the impact of our biofuels usage on food prices and the environment. By 2022, nearly 60% of our 36 billion gallon goal must come from advanced or cellulosic biofuels. In other words, nearly 60% of our biofuels must come from sources other than corn ethanol by 2022. In fact, the U.S. Department of Energy recently awarded a significant grant to the Spanish company Abengoa to support research and development of these advanced, second-generation biofuels.” The public sector alone cannot bring all of these technologies to market. So one of our major common goals must be to encourage the private sector investments that will bring about a new low-carbon energy future, while ensuring continued economic growth. As a result of legislation in recent years, there is now $42.5 billion available for federal loan guarantees to promote the deployment in the United States of clean energy technology. The very first things that we think when we talk about climate change are the smoke emitted by factories and cars. These are the primary contributors in polluting ate air. Carbon gasses were released in the air as the result of combustion process. Like what I’ve written in my blog about pros and cons of technology specially car technology and the ways to minimized them and I quote “An example of alternative energy for cars is the solar power. I have read that Japan had made a car that is powered by solar energy. It has a solar panel that catches the light coming from the sun and converted it to electric energy that power the car’s engine to start and run. The converted energy could also power the radio, headlights and other accessories of the car. This car could run the same as an ordinary car. It could run as fast as 70 kilometers per hour. And you can recharge in a designated charging booth. Because it is power by solar energy and electricity it does not emit any harmful gasses. Thus it helps in reducing pollution in earth.
Another alternative energy that can be used to substitute fossil fuels to power cars is the water. There are research and studies that water can be use to power car. A special engine is used to convert elements of the water. Hydrogen and oxygen are separated in this process. The end product if this conversion of water to power cars is water also. These water power cars run almost the same as any ordinary cars that use fuels. Compare to fossil fuels and solar powered cars, the cost of using water powered cars is much less, At the same time helps in preserving the environment.
There is also an invention of using cooking oil to power cars. I think that it was a Filipino that discovers this technology. But it was not supported by the government because of some reasons. As what I have read, it uses cooking oil or at least used oil like the ones that we use in frying our food. A special mechanism is added to the cars engine that converts the oil content element to power the car to run. It would be a pride and glory of the Filipinos if this invention is supported by the government. But today’s most common alternative energy for powering cars is the use of liquefied petroleum gas or the LPG. This technology is already used in some part of the country. LPG tank are placed in the car and a special converting mechanism is added to convert the liquefied petroleum gas to be used in the cars engine to combust and generate enough energy and power to run a car. Here in Davao City Philippines I have seen many cars that are powered and fueled by liquefied petroleum gas. As of the refueling of these cars, there as special gasoline station intended to fuel LPG power cars. Although it uses the process of combustion, the gasses that are emitted by these cars are not that harmful compared to diesel fueled cars, furthermore the price of LPG is much cheaper compare to fuels like diesel, premium and unleaded gasoline.” According to an article in http://www.ovcrd.upd.edu.ph/index.php? option=com_content&task=view&id=526 “ In 2000, the Philippines forwarded to the UNFCCC its Initial National Communication, the milestones of the country insofar as accomplishing the objectives of the Convention are concerned. More specifically, this report presented the gains made in the fields of greenhouse gas abatement and inventory. Also noted were gains significantly achieved in strengthening institutions and processes in relation to the mitigation, prevention and adaptation initiatives in the country. A lot of work still needs to be done though. Recommendations of the report include the institutionalization of the process of greenhouse inventory, particularly among the government agencies concerned and greater involvement of the academe through related studies. More studies on adaptation and vulnerability under climate change conditions are also suggested.”
We can minimize climate change in some simple ways. Car-pooling, using power strips and turning off lights and machines when not in use are also ways businesses and you can conserve energy and lower your bills. There are also some recommendation in the site merliannews.com/Environmental_Awareness_46/20_Simple_Steps_To_Fight_Global_Warming.shtml in how to solve climate change 1. Urge your United States Senators to support the Climate Stewardship and Innovation Act. 2. Run your dishwasher only with a full load. Use the energy-saving setting to dry the dishes. Don't use heat when drying.3. Wash clothes in warm or cold water, not hot.4. Turn down your water heater thermostat; 120 degrees is usually sufficent.5. Monitor the temperature in your home. Adjust your thermostat - lower in the winter and higher in the summer.6. Clean or replace air filters as recommended.7. Buy energy efficient compact fluorescent bulbs for your most used lights.8. Wrap your water heater in an insulating jacket (but only if the water heater is over five years old and has no internal insulation).9. Install low-flow shower heads to use less hot water.10. Caulk and weather-strip around doors and windows to plug air leaks.11. Ask your utility company to conduct an energy audit to find out where your home is poorly insulated or energy inefficient. 12. Whenever possible, walk, bike, carpool, or use mass transit.13. When time and budget permits, buy a more fuel-efficient vehicle- one that gets at least five more mpg than your old car.14. Reduce waste by buying minimally packaged goods; choosing reusable products over disposable ones.15. Request that the coolant be recycled every time your car air conditioner is serviced.16. Insulate your walls and ceilings to save about 25% on your home heating bills.17. If you need to replace your windows, install the best energy saving models.18. Recycle your potentially recyclable material (paper, plastics, and glass).19. As you replace home appliances, select the most energy efficient models.20. Sign and return your Citizen Pledge to Fight Global Warming and join Environmental Defense Action Fund.
Another advice on how to solve climate change was give by marklynas.org/2007/11/13/ the-easy-way-to-stop-climate-change is that Use technology, but there are some areas of high-carbon behavior that people will always be reluctant to give up, and this brings me to the third and final part of my strategy to deal with global warming – technology. Today we face a situation where a global population of potentially nine billion or so by 2050 continues to demand a steadily increasing consumer lifestyle. There is nothing we can do to stop this, and nor should we try. But it does put humanity on a very real collision course with the planet, so we are going to have to throw every technological tool we have at the problem to try to meet people’s aspirations without worsening our climatic predicament. Some of this will involve technology leapfrogging: helping developing countries skip over our dirty phase of industrialization, by install ling solar power in remote, off-grid areas of Africa and Asia, for example. We also need to help developing countries make choices that put fossil fuels at the bottom of the energy shopping list, by helping them use carbon capture and storage technology as well as nuclear power. Both have obvious drawbacks, but I would rather see China building two nuclear reactors a week than two coal-fired plants. The localization agenda can only go so far: in an age of carbon-fuelled globalization, we need to figure out ways to transport people and goods long distances without increasing emissions. Aviation in particular is crying out for a techno-fix. Humanity went from the first manned flight in 1903 to putting a man on the moon in 1969. I think we should give the aviation industry 15 years to find a low- carbon way to shuttle people between continents – or get taxed out of existence. I believe with this kind of incentive, designers would come up with ideas none of us today could even conceive of. The technological challenge is not just to come up with new inventions, but – in the words of Robert Socolow and Stephen Pacala from Princeton University – “to scale up what we already know how to do”. In their concept of “stabilization wedges”, each wedge represents a billion tonnes of carbon shaved off the upward trend of emissions over the next 50 years. Building two million one-megawatt wind turbines, for example, is a wedge, as are two million hectares of solar panels, a 700-fold increase from today’s deployment. There are many more wedges in the fields of transport, power generation and energy efficiency. As the two researchers say, this reduces a “heroic challenge” merely to a set of “monumental tasks”. No one said it would be easy.
Perhaps the most controversial technological option of all is one that we need to keep strictly in reserve for real emergencies – geo-engineering. Here, some proposals have more merit than others, whether they be seeding the oceans with iron filings or putting up solar mirrors in space. None of them is an alternative to reducing emissions, but one just might be a valuable piece of insurance against the worst-case climate change scenarios. Believe me, pretty much anything is better than five or six degrees of global warming.
In the site climatesolutionsquilt.wordpress.com/ they recommend some step on how to fight climate change Renewable energy: There are different ways of producing energy without releasing carbon dioxide into the atmosphere. Clean coal is not one of them. The technology simply doesn’t exist yet. Nuclear energy is dangerous and expensive to produce. The renewable energy sources that hold the most promise are wind, solar cell panels, concentrated solar heat, produced using mirrors, and possibly wave technology. Energy efficient buildings: Energy use in buildings contributes to about a third of greenhouse gas emissions globally. So making sure that buildings are built efficiently (using LEED - Leadership in Energy and Environmental Design standards) as well as providing funds for retrofitting existing buildings, is an important piece of the puzzle. Public transportation/high speed rail: Transportation accounts for 30% of the carbon dioxide emissions in the US. Making public transportation more accessible and affordable is a necessary step in the path towards a sustainable future. High speed rail is more energy efficient than air travel and uses less land than highways do.
It is very dangerous to take for granted the problems in climate change. In the end it is us that faces these complications. Climate change is a problem not only here in our country but a problem in the whole world. We must take part in protecting mother earth. Because of people are very focused in improving quality living, they forget the consequences in making such technology. We must know the different ways in conserving the life of the earth. Education is one of the factors in preventing the increase of earth’s temperature. When carbon gasses and other green house gasses supply increases, this makes the climate change. When temperature increases, glaciers in the polar region stars to melt and as a result, sea water level increases thus making floods in the lower parts of the earth. Another thing that we must know to conserve earth is recycling. Plastic products are not biodegradable thus it stays in the earth for a long time polluting the land and sea. If we recycle our thing, we could help conserve mother earth. This is a call to everyone to be responsible in their actions in waste management. Because only man are the primary contributor in climate change.
Thursday, December 11, 2008
Talking about Innovation of Technology and events of Society
Today’s technology has gone so far since it was innovated. Although history’s technology contributed so much in the development of other more technologies, we cant’ deny the fact that it was not good enough compare to what technology offers today. Technologies in the last century like in transportation, car technology for example were very useful. Business grows fast because of this technology. Trading industries bloom because of the car technology. I think that one of the first cars was created by Henry Ford. He invented this locomotive to help people to travel without the use of horses and other animals. The invention of this technology is a great success for until now the use of cars is very significant.
At present, the car technology advances to a higher level compare to the last century. Many of today’s countries are making cars that are very high tech in terms of usage, features and other more innovation. Most countries that make high technology cars are found in Europe like the Lamborghinis, the Ferraris, the Volvo and more. But Asian countries are also making high tech cars like in Japan, the Honda, Mitsubishi, and other more cars which are very impressive. These high tech cars have an added feature like the air cushion bags if in case the car accidentally crashes, good and durable seat belts for protection, and some have their own flat screen monitor inside their car for entertainment. But because of today’s condition some of these high tech cars has a security system for thieves and burglars. They added an automatic lock and loud sound that catches the attention of the public incase the thieves’ tries to steal the car. One of the big manufacturers of high tech cars put fire blazing mechanism at the side of the car that is triggered by the driver if it was threatened to car jack.
No doubt, car technology helps us in many ways, it help our country more we could image. Nevertheless it has also complication and consequences affix to this technology. Because most cars today are using fossil fuels to make it run, it emits harmful gasses that make the environment undergo a very damaging situation. Most of cars today uses diesel fuels which is combusted in the cars engine and the excess products are the exhausted in the air. Pollution is the very significant problem that comes hand in hand with the development of car technology. Today’s ozone layer dealt a very alarming damage. The last I heard about how big was the hole in the ozone layer was as big as the America. Because of this tear in the atmosphere, complication arises like the greenhouse effect where the temperature in the earth increases. Polar caps are melting due to the raise of temperature in the earth. In the lower region, flash flood is only one of the problems due to the increase of temperature in the polar region. Typhoons are also created; it is a problem in also all of the countries in the world. The El Niño and La Niña phenomenon also arises. We cant’ deny the fact that we are the one who is responsible in the destruction of mother earth. And we must do what we must to protect it by the use of technology.
For the reason that car technology is one of the contributors in pollution of the earth, there are research and studies on how to minimize pollution exerted by today’s modern high tech cars. Alternative energy is introduced to power cars so that it would run just like it is power by fuels. By using this alternative energy, we can lessen the effects of pollution. Alternative energy does not emit harmful gases in the air once it is used to cars. This energy is being suggested to be used in places which pollution is very high. In the Philippines for example, the capital city; Metro Manila where the you can almost say that the clouds are very dark not because that it will rain anytime soon but because those clouds are not exactly cloud but smoke due to the cars and factories. It would be very nice of alternative energy in cars are used in these places.
An example of alternative energy for cars is the solar power. I have read that Japan had made a car that is powered by solar energy. It has a solar panel that catches the light coming from the sun and converted it to electric energy that power the car’s engine to start and run. The converted energy could also power the radio, headlights and other accessories of the car. This car could run the same as an ordinary car. It could run as fast as 70 kilometers per hour. And you can recharge in a designated charging booth. Because it is power by solar energy and electricity it does not emit any harmful gasses. Thus it helps in reducing pollution in earth.
Another alternative energy that can be used to substitute fossil fuels to power cars is the water. There are research and studies that water can be use to power car. A special engine is used to convert elements of the water. Hydrogen and oxygen are separated in this process. The end product if this conversion of water to power cars is water also. These water power cars run almost the same as any ordinary cars that use fuels. Compare to fossil fuels and solar powered cars, the cost of using water powered cars is much less, At the same time helps in preserving the environment.
There is also an invention of using cooking oil to power cars. I think that it was a Filipino that discovers this technology. But it was not supported by the government because of some reasons. As what I have read, it uses cooking oil or at least used oil like the ones that we use in frying our food. A special mechanism is added to the cars engine that converts the oil content element to power the car to run. It would be a pride and glory of the Filipinos if this invention is supported by the government. But today’s most common alternative energy for powering cars is the use of liquefied petroleum gas or the LPG. This technology is already used in some part of the country. LPG tank are placed in the car and a special converting mechanism is added to convert the liquefied petroleum gas to be used in the cars engine to combust and generate enough energy and power to run a car. Here in Davao City Philippines I have seen many cars that are powered and fueled by liquefied petroleum gas. As of the refueling of these cars, there as special gasoline station intended to fuel LPG power cars. Although it uses the process of combustion, the gasses that are emitted by these cars are not that harmful compared to diesel fueled cars, furthermore the price of LPG is much cheaper compare to fuels like diesel, premium and unleaded gasoline.
I have chosen to discuss about the car technology simply because I think this technology has a very big impact to our lives and in the development of our country. I preferred to talk about this current technology for it concerns each and every one of us the effect of having these technology. Now that we know the importance if having the car technology, the history and the journey it travel until it reached it’s current status today as one of the most developed and most improved technology. We also know the negative effect that trails along the development of this technology, the damage it inflicts to the environment and the calamities that comes after it. Nonetheless man did not stop to think and believe that there is a solution to this downside of having cars technology. It is rightful to say that we are created above all other things since we have the power to think and learn from our mistakes. “Is it a fault to invent a machine to help people?” “Is it a fault to create and develop thing that would eventually became uncontrollable?” or just man has a never ending desire to gain knowledge and innovate more technologies even that some day it shadow that comes after it hunts and stalk each and every one of us like what the shadow brought by having the car technology. To the readers of my post, this is only my opinion and my perception on the effects of having car technology in out lives. I didn’t mean to upset others; I just want to express how I feel about this topic. I also don’t expect that you agree to all that I have written. I also don’t mean to point fingers as to who is responsible in the destruction of nature. But clearly even that we do not confess we are still the number one factor in ruining the earth. I hope that even a little bit of information about this post, we will start to conserved and protect our nature through the use of technology. It is technology that hurts the earth and technology must also used to heal the earth
At present, the car technology advances to a higher level compare to the last century. Many of today’s countries are making cars that are very high tech in terms of usage, features and other more innovation. Most countries that make high technology cars are found in Europe like the Lamborghinis, the Ferraris, the Volvo and more. But Asian countries are also making high tech cars like in Japan, the Honda, Mitsubishi, and other more cars which are very impressive. These high tech cars have an added feature like the air cushion bags if in case the car accidentally crashes, good and durable seat belts for protection, and some have their own flat screen monitor inside their car for entertainment. But because of today’s condition some of these high tech cars has a security system for thieves and burglars. They added an automatic lock and loud sound that catches the attention of the public incase the thieves’ tries to steal the car. One of the big manufacturers of high tech cars put fire blazing mechanism at the side of the car that is triggered by the driver if it was threatened to car jack.
No doubt, car technology helps us in many ways, it help our country more we could image. Nevertheless it has also complication and consequences affix to this technology. Because most cars today are using fossil fuels to make it run, it emits harmful gasses that make the environment undergo a very damaging situation. Most of cars today uses diesel fuels which is combusted in the cars engine and the excess products are the exhausted in the air. Pollution is the very significant problem that comes hand in hand with the development of car technology. Today’s ozone layer dealt a very alarming damage. The last I heard about how big was the hole in the ozone layer was as big as the America. Because of this tear in the atmosphere, complication arises like the greenhouse effect where the temperature in the earth increases. Polar caps are melting due to the raise of temperature in the earth. In the lower region, flash flood is only one of the problems due to the increase of temperature in the polar region. Typhoons are also created; it is a problem in also all of the countries in the world. The El Niño and La Niña phenomenon also arises. We cant’ deny the fact that we are the one who is responsible in the destruction of mother earth. And we must do what we must to protect it by the use of technology.
For the reason that car technology is one of the contributors in pollution of the earth, there are research and studies on how to minimize pollution exerted by today’s modern high tech cars. Alternative energy is introduced to power cars so that it would run just like it is power by fuels. By using this alternative energy, we can lessen the effects of pollution. Alternative energy does not emit harmful gases in the air once it is used to cars. This energy is being suggested to be used in places which pollution is very high. In the Philippines for example, the capital city; Metro Manila where the you can almost say that the clouds are very dark not because that it will rain anytime soon but because those clouds are not exactly cloud but smoke due to the cars and factories. It would be very nice of alternative energy in cars are used in these places.
An example of alternative energy for cars is the solar power. I have read that Japan had made a car that is powered by solar energy. It has a solar panel that catches the light coming from the sun and converted it to electric energy that power the car’s engine to start and run. The converted energy could also power the radio, headlights and other accessories of the car. This car could run the same as an ordinary car. It could run as fast as 70 kilometers per hour. And you can recharge in a designated charging booth. Because it is power by solar energy and electricity it does not emit any harmful gasses. Thus it helps in reducing pollution in earth.
Another alternative energy that can be used to substitute fossil fuels to power cars is the water. There are research and studies that water can be use to power car. A special engine is used to convert elements of the water. Hydrogen and oxygen are separated in this process. The end product if this conversion of water to power cars is water also. These water power cars run almost the same as any ordinary cars that use fuels. Compare to fossil fuels and solar powered cars, the cost of using water powered cars is much less, At the same time helps in preserving the environment.
There is also an invention of using cooking oil to power cars. I think that it was a Filipino that discovers this technology. But it was not supported by the government because of some reasons. As what I have read, it uses cooking oil or at least used oil like the ones that we use in frying our food. A special mechanism is added to the cars engine that converts the oil content element to power the car to run. It would be a pride and glory of the Filipinos if this invention is supported by the government. But today’s most common alternative energy for powering cars is the use of liquefied petroleum gas or the LPG. This technology is already used in some part of the country. LPG tank are placed in the car and a special converting mechanism is added to convert the liquefied petroleum gas to be used in the cars engine to combust and generate enough energy and power to run a car. Here in Davao City Philippines I have seen many cars that are powered and fueled by liquefied petroleum gas. As of the refueling of these cars, there as special gasoline station intended to fuel LPG power cars. Although it uses the process of combustion, the gasses that are emitted by these cars are not that harmful compared to diesel fueled cars, furthermore the price of LPG is much cheaper compare to fuels like diesel, premium and unleaded gasoline.
I have chosen to discuss about the car technology simply because I think this technology has a very big impact to our lives and in the development of our country. I preferred to talk about this current technology for it concerns each and every one of us the effect of having these technology. Now that we know the importance if having the car technology, the history and the journey it travel until it reached it’s current status today as one of the most developed and most improved technology. We also know the negative effect that trails along the development of this technology, the damage it inflicts to the environment and the calamities that comes after it. Nonetheless man did not stop to think and believe that there is a solution to this downside of having cars technology. It is rightful to say that we are created above all other things since we have the power to think and learn from our mistakes. “Is it a fault to invent a machine to help people?” “Is it a fault to create and develop thing that would eventually became uncontrollable?” or just man has a never ending desire to gain knowledge and innovate more technologies even that some day it shadow that comes after it hunts and stalk each and every one of us like what the shadow brought by having the car technology. To the readers of my post, this is only my opinion and my perception on the effects of having car technology in out lives. I didn’t mean to upset others; I just want to express how I feel about this topic. I also don’t expect that you agree to all that I have written. I also don’t mean to point fingers as to who is responsible in the destruction of nature. But clearly even that we do not confess we are still the number one factor in ruining the earth. I hope that even a little bit of information about this post, we will start to conserved and protect our nature through the use of technology. It is technology that hurts the earth and technology must also used to heal the earth
Thursday, December 4, 2008
Pioneering Technology: Could i do that?
Technology already existed hundreds of years ago. Because man never satisfies on what it had, it seeks for grater knowledge and information. Through this, man created technology. The contribution of idea each and every individual fabricate and innovate technology. History stated that technology exist even before Christ. In Egypt, the construction of the pyramids of different pharaohs shows that there is technology. It is very mysterious and remains a puzzle on how did they built those huge pyramids consisting of large and big boulders of rocks. The construction technology back then is very impressive even that they do not have much knowledge compare to today’s technology. The way they engineer and the technique that they used for assembling those structure is very remarkable. In china, their medical technology was also very outstanding. There knowledge in medicine is far more advance than any other country in that time. They had known many alternative medicine that had been a vary great help in their community. Herbal medicine is one of the thing that they had used for curing illness. Another alternative medicine that they use is the acupuncture, where they pierce the patient’s body with a pin on some key parts of the body stimulating it and improves the well being and energy of the patient. These technologies where the result of man searching for the better living and enhanced the quality of life.
Today’s technology is not far from what was its origin, but because of some advancement there are significant improvements compared to the old technology. We are always evolving as our knowledge is also improving. Man has a mutual relationship with technology. Through technology, we progress and through our minds technology also improve.
There are many things that can be improved through information technology. As man searches for greater knowledge, it also seeks for bigger and larger problems that the technology could solve. Every one of us has its own contribution in the development of technology. We all know that technology helps people in their day to day living. Technology contributes knowledge and makes our day by day household task much easier to do. There are many things that technology gives to mankind. Like what I have mentioned earlier, other examples are employment, as research for bigger knowledge in technology, it also invited jobs for people. It also affects the business world where some of it are dependent on these technologies. Political issues and matters are also affected by technology. Another thing that technology bring to us is that it help us understand how thing work in the universe. Like what the first astronaut said “and a giant step for mankind”. Because of technology, man had gone places that had never been seen nor discovered.
In spite of the things that technology offers to people, there are also bad effects that technology gives. For instance, military powers are improve through technology, leading the country to be more prone to wage war to other countries, thus endangering the safety of mankind. Artificial intelligence is also one of the issues of technology; some say that robots and android will walk through the earth replacing humans. Like what other movies that I had seen where a different earth shall exist and human are one of the endangered species and android rule the earth. This maybe sound crazy but I could not stop asking my self, are these things possible in the near future? or man are just creative enough to make things that are irrelevant. Another problem that comes in improving technology is the use of any living things in the experimentation. Conservative groups are opposing and condemning these kinds of acts, like using rats and other animals for testing drugs and other chemicals. Cloning animals are also opposed by these groups; they say that only God could make life, humans like us should not do these things.
Being an IT professional there are many things that I want to contribute in the realm information technology. As what I learn in today’s environment many of these contribute on what would be my goal as an IT professional to help widen my knowledge so that I could innovate and give my part in the area of technology. There are many problems today that needs to be deal with. It is very alarming that these troubles should be given a reaction. Some of them are problems in education, food, energy, health, corruption and many more
If given a chance, I would like to improve the health care technology. Since in the earlier period, man is concern in maintaining a good health and body. Ancient artifacts are found proving that people in the past are looking ways to improve their health care. Today, where many diseases are coming out not just because of the deteriorating environment but also the careless life style of man. Health care are important more than any other things. Detection of viruses resulting to air-born and water-born diseases will be detected. A high tech gadget that could eliminate these viruses before they come contact to man. Scan and purifies the surroundings to reduce the chance of getting these illness. These devices will be given to each place so that scourge of sickness will be greatly reduce. Another thing that I want to improve in the health care technology would be a device that could heal incurable diseases like cancer and aids. A machine that examine the patient and destroy those harmful viruses that are detected through nano technology that will be injected to the patients body, a substance programmed to raze cancerous viruses.
Another technology that I want to improve is the transportation technology, from the time when cars and other forms of transportation technology were created, problems rise due to these development are not properly solved. Since in the past decade, these problems where not that severe as of today. Here in our country, different system where introduced to solved these problems. The color-coding scheme that were implemented in metro manila to reduce the number of vehicles on the street. I would like to propose a technology that would help lessen problems in the streets. Teleporting cars that would get you to your destination with out the hustle and bustle in the highways. These cars in the future also minimized the problem in road accidents. It will be implemented in the near future. A machine will be place in designates area where people mostly set off. These machine are equipped with high technology warping capability that any car that would enter the machine and set the destination will be teleported to the place selected. A further more advantage of this new transportation technology is that farmer in the province will have a greater income in their crops, for their products will have less damage and transportation time and cost will be lessen. As what I have seen nowadays, farmers are experiencing crisis due to the increase of transportation cost and other profit diminishing problems like corruption. This technology also minimized these problems.
House hold security technology will also be a good technology that can be improved. These days, there are many problems concerning in security at home. In almost all countries in the world are trying to develop house hold security technology. Accidents due to electrical fault, fire and explosions are one of the apprehensions in today’s technology. Some research shows that most of the deaths of children came from household accidents. It is very important to secure our selves and our family with these accidents especially to our children. Here in our country, where the weather is hot, houses are more prone produce fire. One other problem in house hold security technology is theft. Crooks that ransacks houses to find expensive and pricey personal belongings should bring to an end. This new technology will have features like sensor alarms in case of fire and automatically send a distress signal to the nearest police and fire department in the location. This technology offers a fire proof material and emits a fire extinguishing substance when the alarm is activated. Another quality of this new technology is the burglar proof feature. A heat and motion sensor detection that signals the nearest police post in case there are thief caught. Shots a tranquilizer to the crook disabling it for some time. Through this new house hold security technology, accidents and unwanted events maybe eliminated or at least minimized. Because home should be one of the most safe place that an individual should know.
My last proposed improvement of technology would be in energy. We all know that most technology need energy. Even in our daily life we use energy, at home; appliances like television, radio, air-condition unit and many more uses electrical energy to function. In transportation, we use fossil fuels so that our vehicles will run. But today, energy is very expensive, gasoline and diesel fuels prices are starting to get more expensive. Even the electric bills also tend to increase. Pondering to these dilemma, I address my innovation of the energy technology. There are already some technology that are answering to these problems. Like in the electric energy, it tend to get high because plantation of electric uses thermal energy and fuels. That’s why prices of electricity go up. Remedies to these problems are the use of solar energy, where the light coming from the sun are converted to electric current through the use of some devices. They catch sun’s light through a solar module and then runs through an energy converter, stores the electric current to a battery, the battery then is used to power appliances. This was also implemented in cars, where these cars run through electricity in it’s batteries, and was proven to be effective and emission of harmful carbon dioxide is zero. Truly this is a great technology, but what is there is no sunlight available?, this would be a big problem. Another solution to the energy crisis is the wind energy, they will place turbines to some places where wind is strong enough to propel the turbines to produce electricity. As the propeller rotates due to the wind, the turbines also rotates thus creating electricity so powerful it could serve as much as 10000 homes. This was already implemented in some part of America where they place their wind plants off the shores so that wind coming from the ocean passes through these machines. But what about those places where they do not have a strong wind that could power these wind plant? This could also be a problem. My proposed innovation would be a conversion of carbon dioxide in the air into electricity. A machine that collects carbon dioxide in the air process it and then convert it to electrical energy. Because every place here in the world has carbon dioxide, all of us has the chance to lessen global warming due to the over supply carbon dioxide. This innovation not only help the crisis in energy depletion but also help to reduce the effects of global warming on earth.
As IT professional, it is my duty to help people in enhancing the quality of life through technology advancements. Like what the early pioneering inventors, each and every one of us should take pride in all that we do even if it is small. Technology did not come at large but as a small idea improving and evolving until it serve its purpose to help the people. We must also remember that there are also consequences in the use of technology, bare in mind that the technology that you want to create do not harm the people however ought to help the people in their day to day living. We should use the technology wisely so utilizing its maximum potential can be achieved, and by that we can aid in the advancement of value of life. We have to embrace technology with an open mind because everything about technology is change and we must not be trapped in the old ways, thus challenging our selves to create and innovate our little own idea, for technology is all around us.
Today’s technology is not far from what was its origin, but because of some advancement there are significant improvements compared to the old technology. We are always evolving as our knowledge is also improving. Man has a mutual relationship with technology. Through technology, we progress and through our minds technology also improve.
There are many things that can be improved through information technology. As man searches for greater knowledge, it also seeks for bigger and larger problems that the technology could solve. Every one of us has its own contribution in the development of technology. We all know that technology helps people in their day to day living. Technology contributes knowledge and makes our day by day household task much easier to do. There are many things that technology gives to mankind. Like what I have mentioned earlier, other examples are employment, as research for bigger knowledge in technology, it also invited jobs for people. It also affects the business world where some of it are dependent on these technologies. Political issues and matters are also affected by technology. Another thing that technology bring to us is that it help us understand how thing work in the universe. Like what the first astronaut said “and a giant step for mankind”. Because of technology, man had gone places that had never been seen nor discovered.
In spite of the things that technology offers to people, there are also bad effects that technology gives. For instance, military powers are improve through technology, leading the country to be more prone to wage war to other countries, thus endangering the safety of mankind. Artificial intelligence is also one of the issues of technology; some say that robots and android will walk through the earth replacing humans. Like what other movies that I had seen where a different earth shall exist and human are one of the endangered species and android rule the earth. This maybe sound crazy but I could not stop asking my self, are these things possible in the near future? or man are just creative enough to make things that are irrelevant. Another problem that comes in improving technology is the use of any living things in the experimentation. Conservative groups are opposing and condemning these kinds of acts, like using rats and other animals for testing drugs and other chemicals. Cloning animals are also opposed by these groups; they say that only God could make life, humans like us should not do these things.
Being an IT professional there are many things that I want to contribute in the realm information technology. As what I learn in today’s environment many of these contribute on what would be my goal as an IT professional to help widen my knowledge so that I could innovate and give my part in the area of technology. There are many problems today that needs to be deal with. It is very alarming that these troubles should be given a reaction. Some of them are problems in education, food, energy, health, corruption and many more
If given a chance, I would like to improve the health care technology. Since in the earlier period, man is concern in maintaining a good health and body. Ancient artifacts are found proving that people in the past are looking ways to improve their health care. Today, where many diseases are coming out not just because of the deteriorating environment but also the careless life style of man. Health care are important more than any other things. Detection of viruses resulting to air-born and water-born diseases will be detected. A high tech gadget that could eliminate these viruses before they come contact to man. Scan and purifies the surroundings to reduce the chance of getting these illness. These devices will be given to each place so that scourge of sickness will be greatly reduce. Another thing that I want to improve in the health care technology would be a device that could heal incurable diseases like cancer and aids. A machine that examine the patient and destroy those harmful viruses that are detected through nano technology that will be injected to the patients body, a substance programmed to raze cancerous viruses.
Another technology that I want to improve is the transportation technology, from the time when cars and other forms of transportation technology were created, problems rise due to these development are not properly solved. Since in the past decade, these problems where not that severe as of today. Here in our country, different system where introduced to solved these problems. The color-coding scheme that were implemented in metro manila to reduce the number of vehicles on the street. I would like to propose a technology that would help lessen problems in the streets. Teleporting cars that would get you to your destination with out the hustle and bustle in the highways. These cars in the future also minimized the problem in road accidents. It will be implemented in the near future. A machine will be place in designates area where people mostly set off. These machine are equipped with high technology warping capability that any car that would enter the machine and set the destination will be teleported to the place selected. A further more advantage of this new transportation technology is that farmer in the province will have a greater income in their crops, for their products will have less damage and transportation time and cost will be lessen. As what I have seen nowadays, farmers are experiencing crisis due to the increase of transportation cost and other profit diminishing problems like corruption. This technology also minimized these problems.
House hold security technology will also be a good technology that can be improved. These days, there are many problems concerning in security at home. In almost all countries in the world are trying to develop house hold security technology. Accidents due to electrical fault, fire and explosions are one of the apprehensions in today’s technology. Some research shows that most of the deaths of children came from household accidents. It is very important to secure our selves and our family with these accidents especially to our children. Here in our country, where the weather is hot, houses are more prone produce fire. One other problem in house hold security technology is theft. Crooks that ransacks houses to find expensive and pricey personal belongings should bring to an end. This new technology will have features like sensor alarms in case of fire and automatically send a distress signal to the nearest police and fire department in the location. This technology offers a fire proof material and emits a fire extinguishing substance when the alarm is activated. Another quality of this new technology is the burglar proof feature. A heat and motion sensor detection that signals the nearest police post in case there are thief caught. Shots a tranquilizer to the crook disabling it for some time. Through this new house hold security technology, accidents and unwanted events maybe eliminated or at least minimized. Because home should be one of the most safe place that an individual should know.
My last proposed improvement of technology would be in energy. We all know that most technology need energy. Even in our daily life we use energy, at home; appliances like television, radio, air-condition unit and many more uses electrical energy to function. In transportation, we use fossil fuels so that our vehicles will run. But today, energy is very expensive, gasoline and diesel fuels prices are starting to get more expensive. Even the electric bills also tend to increase. Pondering to these dilemma, I address my innovation of the energy technology. There are already some technology that are answering to these problems. Like in the electric energy, it tend to get high because plantation of electric uses thermal energy and fuels. That’s why prices of electricity go up. Remedies to these problems are the use of solar energy, where the light coming from the sun are converted to electric current through the use of some devices. They catch sun’s light through a solar module and then runs through an energy converter, stores the electric current to a battery, the battery then is used to power appliances. This was also implemented in cars, where these cars run through electricity in it’s batteries, and was proven to be effective and emission of harmful carbon dioxide is zero. Truly this is a great technology, but what is there is no sunlight available?, this would be a big problem. Another solution to the energy crisis is the wind energy, they will place turbines to some places where wind is strong enough to propel the turbines to produce electricity. As the propeller rotates due to the wind, the turbines also rotates thus creating electricity so powerful it could serve as much as 10000 homes. This was already implemented in some part of America where they place their wind plants off the shores so that wind coming from the ocean passes through these machines. But what about those places where they do not have a strong wind that could power these wind plant? This could also be a problem. My proposed innovation would be a conversion of carbon dioxide in the air into electricity. A machine that collects carbon dioxide in the air process it and then convert it to electrical energy. Because every place here in the world has carbon dioxide, all of us has the chance to lessen global warming due to the over supply carbon dioxide. This innovation not only help the crisis in energy depletion but also help to reduce the effects of global warming on earth.
As IT professional, it is my duty to help people in enhancing the quality of life through technology advancements. Like what the early pioneering inventors, each and every one of us should take pride in all that we do even if it is small. Technology did not come at large but as a small idea improving and evolving until it serve its purpose to help the people. We must also remember that there are also consequences in the use of technology, bare in mind that the technology that you want to create do not harm the people however ought to help the people in their day to day living. We should use the technology wisely so utilizing its maximum potential can be achieved, and by that we can aid in the advancement of value of life. We have to embrace technology with an open mind because everything about technology is change and we must not be trapped in the old ways, thus challenging our selves to create and innovate our little own idea, for technology is all around us.
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