So what will happen is the nanotubes will probably be grown on the crystalline quartz then transfered over to a silicon wafer. In my opinion the amount of computing speed this is going to create is massive and may break Moores law when it comes to how fast we advance in computing speeds vs time to get there.

It may also be a cure for cancer that is right a cure for cancer check out this post for that wonderful story. I know it may sound to good to be true be as the video shows his machine works!

The one shown on the video is mounted on top of a Humvee but one wonders when a more portable version will be available and when they put one in the sky on a satellite or unmanned vehicles, anyways enough dreaming into the future just go ahead and see what now by checking out the great video segment done on 60 minutes

To see just how this amazing machine works go over and check out the great videos on Yahoos 60 minutes website and watch for your self this wonderful machine called the in action.

Basically using a cheap piece of plastic material someone can pull it tight under a object and attach it to these energy collectors and because of the flutter created by the object it collects energy enough to run a light a radio recharge a phone or whatever you would need maybe even homes ones day. Click over and see this awesome video of the inventor Shawn Frayne showing you just how his invention called a wind belt it works.

The other car is named Tesla and is a total electric car that can go over 250 miles on a single charge. Both posts are worth reading and I hope to see many more like these because going green is something everyone needs to do in this World in order to save the World.

RockinPink1 1.0 by Nathan Rice

RockinPink is a girly 2 column, widgetized theme with brown and green accents, plus an easily changeable graphical header. Photoshop file included.

Thanks for all the girls helping out on this project I look forward to seeing what you all come up with for the final design. We are also making a widget of this blog so everyone can keep track of the posts via there desktops and we are designing a logo which we will then turn into buttons and other cool stuff.

1. Make the site multi lingual

2. Make a mobile version of the site

3. Make an account with all news subscribers so no matter what service you use you can get our information.

4. Start adding photo via Photobucket

5. Start adding videos via Google You Tube and Yahoo video

And for now that is what we hammered out on the first meeting like I said it was brief and there was a lot of hello nice to meet you stuff going on which is great but time consuming.As for topics we plan on covering in the next meeting the working group can find them in your email accounts because I just sent them As for you the reader please let us know if there is a service or something we do not offer that you would like to see on this website.

That high school math problem with a page-long solution was a cakewalk compared to a recent mathematics answer that would ink an area the size of Manhattan if written out in small print.

A total of 18 mathematicians and computer scientists from several countries worked for four years to successfully map the inner working of one of the most complicated structures in math, a 248-dimensional object. The findings were reported today by the American Institute of Mathematics.

It was discovered over a century ago, in 1887, and until now, no one thought the structure could ever be understood, said project leader Jeffrey Adams, a mathematician at the University of Maryland. This groundbreaking achievement is significant both as an advance in basic knowledge, as well as a major advance in the use of large-scale computing to solve complicated mathematical problems.

The mapping of E8, according to researchers, may very well have unforeseen implications in mathematics and physics which wont be evident for years to come.

Underlying symmetrical objects such as spheres and cylinders is something called a Lie group a mathematical group invented by the 19th century Norwegian mathematician Sophus Lie to study symmetry. E8 is an example of a Lie group.

This is an exciting breakthrough, said Peter Sarnak, a researcher at Princeton University. Understanding and classifying the representations of E8 and Lie groups has been critical to understanding phenomena in many different areas of mathematics and science, including algebra, geometry, number theory, physics and chemistry. This project will be invaluable for future mathematicians and scientists.

The result of E8 and all its representations is 60 gigabytes in size, enough to store 45 continuous days of music in MP3 format. In comparison, the Human Genome Project holding the entire genetic code of a cell is less than a gigabyte in size.