Dropping Science: New Tech For A New Year : Clear Computer Chip
By Kate Gammon , published on December 30, 2008 at 2:30 PM
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The future is clear: see-through electronic devices are on the way. A group of scientists in Korea has fabricated a working computer chip that is almost completely transparent. The new technology is called transparent resistive random access memory and is similar to existing complementary metal-oxide semiconductor memory used in USB flash drives and other devices–except this device is transparent. Why make electronics that you can see right through? The team says that clear electronics may make rooms or walls feel more spacious by consolidating or stacking electronic devices. The technology may also enable the development of clear computer monitors and televisions that are imbedded inside glass or transparent plastic. As long as transparent devices don’t get lost in the shuffle, the future seems clearly rosy!
Umm.. the difference between a pressed(original) cd and a copy(burned) is that a pressed cd's data (0 and 1) are represented by physical pits and peaks whereas a burned cd's information is represented by burned (reflective and not reflective) marks on a flat plain. Make a system to differentiate peaks (which are reflective, but does not reflect into the target sensor) from non-reflective burn marks. Then you can tell which is a copy, and which is an original.
What an idiotic idea!!! What if an other person in the car wants to use their cell phone???? What if there is an emergency!?!?!?!
i agree, no one will buy that car. hehe
You can't be serious? If you can't tell a recorded disc from an original one with your bare eyes you need to check your glasses.
Electronic gyros are nothing new, they've been around in r/c helis for several years. And they're not very expensive. Cheapest goes for 20 bucks.
Umm.. the difference between a pressed(original) cd and a copy(burned) is that a pressed cd's data (0 and 1) are represented by physical pits and peaks whereas a burned cd's information is represented by burned (reflective and not reflective) marks on a flat plain. Make a system to differentiate peaks (which are reflective, but does not reflect into the target sensor) from non-reflective burn marks. Then you can tell which is a copy, and which is an original.
Great another way to entice road rage... turn the mobile off while blocked in traffic.
Robotic Clams...? Yes, finally! what we've all been waiting for!