Since we inaugurated Guess This Tool, you've all proven way too hard to stump, so for this week's contest, we're mixing it up a bit and giving you a mystery part rather than a tool.
a coupling?
According to Kwabena Boahen, a computer scientist at Stanford University, a robot with a processor as smart as the human brain would require at least 10 megawatts to operate. That's the amount of energy produced by a small hydroelectric plant. But a small group of computer scientists may have hit on a new neural supercomputer that could someday emulate the human brain's low energy requirements of just 20 watts--barely enough to run a dim light bulb.
you know what I don't get with moore's law is why don't we just make the silicon chip bigger???
In a world of rapidly evolving threats, every branch of the military is looking for a way to respond as quickly as possible. But whereas the Air Force, Army and Marines can simply fly to whatever hot spot flares up next, the Navy, by its very nature, still needs to sail. That's where the Underwater Express comes in. Currently, the Navy's fastest submarine can only travel at 25 to 30 knots while submerged. But if everything goes according to plan, the Underwater Express will speed along at 100 knots, allowing the delivery of men and materiel faster than ever.
wow 100 knots now thats more like it.
It’s the summer, which means swarms of bugs. And if you keep your window open to get cool summer breezes, it means swarms of bugs in your house. Artists James Auger and Jimmy Loizeau have designed a clock that puts those bugs--and the energy created when they're digested by the group's special fuel cell--to work for you.
WOW, this is weird, cool but weird.
Movie courtesy of David Lentink With the help of a two-foot-wide robotic fly, a vat of oil, and some tricks with smoke and lasers, an aerospace engineer has learned that Mother Nature figured out long ago the most efficient way to fly. Well, at least if you're really small.
"It's astonishing. What it shows is that aerodynamics is so important in shaping the wings in evolution, that very, very different organisms have all evolved the same mechanism to boost their lift," A little to "astonishing" to have just "evolved" don't you think?
The use of concrete dates back to ancient Rome, and the recipe hasn't changed much since then. Neither have some of concrete's drawbacks. In particular, the slow deformation known as "concrete creep" has afflicted structures from the Pantheon to the Pentagon. But MIT scientists believe they have solved the mystery of concrete creep, and thus opened the door to structures that will last tens of thousands of years.
Well just cause we have a super long lasting concrete don't mean we will make "everything" out of it, besides if we have a building we have to take down we just blow it up.
Bismuth Telluride Valley doesn't quite have the same ring to it, but a new discovery may mean the end of silicon chips. After decades of using Bi2Te3 for its thermoelectric properties, researchers have discovered new properties of the material that paves the way for bismuth telluride chips constructed to power quantum computers.
Has anyone else noticed all the quantum computing innovation's lately we can't be far off from making a working computer now.
A supermarket in the UK is using a novel way of harnessing energy from their customers. Embedding their parking lot with weight-sensitive plates, cars impart kinetic energy as they pass through, which is then collected and used to power their cash registers. When a car drives by, plates are depressed and the motion is passed along hydraulics to a generator, which produces 30kw of energy an hour. If one parking lot can power cash registers, imagine packing roads with this technology and how much energy can be recollected from all the world’s drivers?
Sheez you guys slow down. Ok YES the road moves down and the car uses more energy to get back up again, but this happens with EVERY road so we might as well use this lost energy to power something. But anyway your both right so lets please move on to a real problem.
A supermarket in the UK is using a novel way of harnessing energy from their customers. Embedding their parking lot with weight-sensitive plates, cars impart kinetic energy as they pass through, which is then collected and used to power their cash registers. When a car drives by, plates are depressed and the motion is passed along hydraulics to a generator, which produces 30kw of energy an hour. If one parking lot can power cash registers, imagine packing roads with this technology and how much energy can be recollected from all the world’s drivers?
looks like you beat me to it bdhoro I should have refreshed my page before I posted my bad.
A supermarket in the UK is using a novel way of harnessing energy from their customers. Embedding their parking lot with weight-sensitive plates, cars impart kinetic energy as they pass through, which is then collected and used to power their cash registers. When a car drives by, plates are depressed and the motion is passed along hydraulics to a generator, which produces 30kw of energy an hour. If one parking lot can power cash registers, imagine packing roads with this technology and how much energy can be recollected from all the world’s drivers?
Hold it marcoreid what happens is when we drive by it pushes down on the plates powering a generator, now most of this down force is caused by gravity (duh) so this system is really powered by gravity not the cars "mechanical energy". to imfamous In that case the would have some sort of back up system to power the cash registers.
Stay up to date on the latest news of the future of science and technology from your iPhone with full articles, images and offline viewing
Featuring every article from the magazine and website, plus links from around the Web. Also see our PopSci DIY feed
Share links with friends, comment on stories and more
In our December issue, Popular Science names the 100 best innovations of the year: bombproof wallpaper, self-parking cars, the fastest helicopter, and 97 more. Plus inventor profiles and videos.
Check out the best of what's new here.