Ready for some more GOOD NEWS? Below you'll find nine GOOD NEWS ideas to inform and inspire you, including...
- top ten technology trends from the past decade
- three energy innovations
- building bridges faster, stronger, safer
- washing clothes with 90% less water
- cellphone turns into medical lab
- vision of the future in America
- transporting goods to outer space
Also two LINKS to share...I want to personally invite you to check out our new newsletter and professional development class at the two links below:
Scroll down to see my good news ideas #88 through #96.
futurist, filmmaker, authorwww.innovationattheverge.com
Joel Barker COLLECTION at the Global Dialogue Center
Good News #88 - #96
#88 - The Decade's Top 10 Technology Trends for Consumer Electronics
There is a little known magazine, "Invention & Technology," that regularly produces in depth stories on new ideas and the history of old ideas. For their 2010 Winter edition, they created a very interesting list of consumer electronics trends between 2001 and 2010. Here is their top ten. See how it matches with your own:
1. Cellphone cameras
2. Applications for cell phones(primarily the iPhone)
3. Digital music
6. Social networking
8. Digital video recording
9. E Books
10 Big flat screen TV's
It is easy to forget all of that happened in only the last 10 years.
#89 - Paper Batteries
It is the revolution of battery technologies. I have written about new kinds of batteries several times. Now, up comes the most interesting one--a battery based on paper!
Researchers at Stanford University took regular old copier paper, painted it with a coating that contained carbon nanotubes (nano technology is becoming mainstream!), dipped the combination in lithium solutions and some other chemicals and, eureka! -- a paper battery.
The paper's acts as both as a structural element and a collector of the electrical charge. And making batteries this way could reduce their weight by 20%. These paper batteries also have another very important property: they can release their energy rapidly which is a requirement for electric car batteries.
Clearly, this is the beginning of a new battery paradigm.
#90 - Lotus Leaves and Solar Cells
In my book, Five Regions of the Future, I write about a technology domain I call Nature Tech. It uses technology that Nature has developed to improve human designed technology. Researchers at Stanford University have copied a texture from lotus leaves (nanoscale domes that look like eggs touching one another) and applied it to solar panels.
The results are dramatic reductions in solar energy reflected back into the sky by the solar cell (from 35% to only 6%) and, a surface that is self-cleaning. This makes the solar cell more efficient and reduces maintenance at the same time. What a deal!
New Scientist, November 28, 2009, p. 25, including photo
Visit Five Regions of the Future self-learning exhibit at the KNOWLEDGE GALLERY at the Global Dialogue Center.
#91 - Power Lines That Protect Themselves From Ice Storms
Having lived in Minnesota most of my life, I have seen ice storms come through the state and coat power lines with ice that ultimately breaks the line. Power goes out in the middle of winter and that is very dangerous.
Now a professor of engineering at Dartmouth College has developed a de-icing system that could stop the damage. He has figured out a way to get the cables to heat up enough to melt the ice off the power cables before they break. It takes between 30 seconds and 3 minutes for the process to work and uses less than 1 percent of the energy running through the lines to achieve this.
This is a revolutionary way to protect the power grid. It saves both money to repair the lines and all the costs of not having power to keep your house warm or your business running during the storm. China is looking at the system to protect their new national electric energy grid.
Popular Science, November, 2009
#92 - Inflatable Bridges
The old paradigm of bridge building required two months to put up a 28-foot bridge strong enough for cars and trucks. The new paradigm makes it happen in 11 days using inflatable forms. The idea is to inflate 32-foot carbon fiber tubes and then bend them using a frame to create an arch. The the tubes are coated with a resin that hardens in four hours, creating a form that is two times stronger than steel.
You take the arches, put them in place arcing over whatever you want to bridge, cut a hole in them and fill them with concrete. Now you have a concrete tube inside a very strong fabric tube. You arrange the arches across the space you want to bridge. You put a small rustproof, salt-proof surface on top of the arches. Add fill to road level and coat it with asphalt or concrete. Eleven days after you started you are done!
These bridges are faster to install, much stronger and safer that the previous bridges, and built to last 100 years, twice as long as the bridges they are replacing. The end result is a better bridge, faster to assemble, and 50% cheaper in the long run.
By the way, 25% of the nation's bridges need to be replaced or repaired.
Popular Science, December 2009, p18
#93 - Cleaning Your Jeans
It is easy to get all excited about Gee-Whiz technology like flying cars and solar cells. But technology developments in other areas are also important. For instance a company named Xeros has developed a way to clean clothes with 90% less water. Its secret is plastic beads mixed with a little water and about 1/3 of the usual amount of detergent.
The beads act as scrubbers and collectors of dirt and grime. And instead of using 8 gallons for a 4 1/2 pound load of clothes, you use less than one gallon.
Because water use is becoming a key limiting factor in the growth of cities, this technology could make a big difference.
Popular Science, November 2009, p 30
URL and Photo Credit: http://www.xerosltd.com/
#94 - Medical Lab on a Cell Phone
One of the biggest problems in the developing world is being able to do a quick blood test when you are out in the field. This problem is about to go away because of the ingenuity of scientists who are working with FrontlinesSMS:Medic. This group is bringing cheap, effective medical testing to places that cannot afford standard care.
Using a technology developed at UCLA by Professor Aydogan Ozcan and his team called LUCAS, a picture of a blood sample can be sent via cellphone to a global data base that compares it to other images and offers a diagnosis within minutes.
Ironically, while this technology will appear first in very poor countries, it can also reduce costs of health care in the most developed countries.
Google: FrontlinesSMS:Medic, LUCAS, Ozcan, Cell phone lab
IMAGES OF THE FUTURE
#95 - Rebuilding America!
It's no secret that I am a big fan of Popular Science and Popular Mechanics because they are constantly reporting the leading-edge of new technologies and innovations.
The February Popular Science has a wonderful illustrated article on fixing everything that's wrong in the USA. They focus on transportation, water, energy, communications, and sewage. Each topic has several very positive examples of how to make it right.
Lots of good pictures, by the way, so you may want to buy this magazine for your children so they can look at what could be done. I invite the editors to, once a quarter, pick another set of topics and do the same thing. Great work!
A great video - High-Speed Trackless Train Technology:
#96 - Big Gun to Shoot Stuff into Space
What would be the cheapest way to get materials into outer space...stuff like food, oxygen, water, parts,etc? John Hunter, a physicist turned entrepreneur thinks it is with a gun. His company's name is "Quicklaunch."
His gun is enormous -- 3,300 feet long. To make it manageable, he floats it in the ocean using its buoyancy to suspend it in the water at an angle, with the barrel pointed toward space. The 1000 pound "bullet" carries a package of materials to be "shot", for instance, to a space station. The bullet is expelled from the 3300-foot tube using hydrogen heated to 2600 degrees F. As the expanding hydrogen gas pushes the bullet up to tube, the bullet accelerates to 13,000 mph. A small rocket engine fires to finish the trip to orbit.
This could reduce cost of delivery to orbit from $5000 per pound to $250 per pound, a huge cost savings. One caveat, however: this is not a ride for anything alive since the acceleration generates 5000 G's of force.
Google: "Quicklaunch, John Hunter"