This is a blog about what is new and cool in science and technology. It is, by design, short on text, so you can quickly see what interests you. If you want more details, you can click on the links.
It is always good to see old industrial plants turned into something green and beautiful. It will begin in 2012 and be finished in 2020. Full Story (Via Inhabitat)
Although this UAV (Unmanned Aerial Vehicle) is pretty cool. The 4.36 million dollar price tag is preposterous. They should have gone to Walmart and bought a radio controlled helicopter for a couple of hundred bucks. Hell, for that price I could have built them a whole fleet myself. Sheech! Full Story (Via Jongo News)
I'm not sure if this really qualifies as a bionic implant, but it was a cool thing to do. I hope the dog will be able to walk again. Full Story (Via Daily Mail)
Broadstar's AeroCam system is the first to shatter the $1/watt cost barrier. It can even be used to fill in space between excising big prop wind turbines. Full Story (Via Inhabitat) Broadstar Site & Videos
I really enjoy when a green project not only looks great and provides a very useful service, but also is a duel use facility--very cool. Full Story (Via Inhabitat)
This hand gesture device is not only a great way to keep an operating room clean, but it would make a great interface with any computer. Full Story (Via EurekAlert!)
Thermoacoustic devices use waste heat to generate sound which is then turned into electricity. The potentual of this technology is great, from cooling computers to converting heat directly from the sun. Full Story (Via AZo Clean Tech)
It is interesting that it has taken us this long to investigate a star, especially since it happens to be so close. The information we receive from this mission should be enlightening ;) to say the least. Full Story (Via Science Daily)
This cool idea is something that should be done. Each lilypad city would provide all of its own power, and house around 50,000 people. Full Story (Via Inhabitat)
New ultra-short lasers can do everything regular lasers can do only better, and have new uses we are just starting to figure out. USP lasers could be used on construction sites -- drilling, cutting, surface-shaping -- and in surgical theaters, removing cancers at cellular precision. Full Story (Via Photonics.com)
Marcia O'Malley, of Rice University in Houston has developed a system that helps stroke victims retrain their neural pathways. I have a feeling this technology could have a wide range of uses, such as training our brains in math or science. Changing our neuronal connections to the best possible configurations. Full Story (Via Science Daily)
Even Harry Potter's invisibility cloak did not prevent people from hearing him, but this new acoustic cloak could do just that. Full Story (Via Science Daily)
This new type of display technology will allow you to feel pressure. A body suit of this type would allow for full body telepresence, and virtual reality. Full Story (Via Physorg)
Using carbon nanotubes scientists at Oak Ridge National Laboratory's Nanomaterials Synthesis and Properties Group are creating advanced artificial skin with their FILMskin project. Full Story (Via ABC Science)
DARPA Plans to Have Fully Functional Bionic Limbs by 2009. With new advances happening within the last two years, artificial limbs have achieved amazing breakthroughs. Full Story (Via DARPA)
Duke University has now created robots on the scale of a millionth of a meter, which act independently and without any "connection" to the computer controlling them, or each other. Full Story (Via Science Daily)
I just wanted to mention I saw a Mythbusters where they made one of these lifters. They put it in a vacuum chamber, took out the air, and then turned on the electricity--no air, no lift. Must be ion wind.