|
|
|
|
|
|
Tag: transistorsRecord Performance for Printed Electronics Nanotube circuits that combine speed and low power might drive flexible displays. Specialized transistors track hardware bugs as they happen. Intel Prototypes Low-Power Circuits Chips that let errors happen, then correct them, use less power overall. Practical Nanotube Electronics Researchers develop a new method for making efficient nanotube transistor arrays. Electronics that break down in the body could be useful in temporary medical implants and drug delivery. Implantable Silicon-Silk Electronics Biodegradable circuits could enable better neural interfaces and LED tattoos. The atom-thick carbon material could have optoelectronic applications. A new polymer simplifies organic circuits. Nanowires That Behave Like Cells Transistors with lipid membranes could make better interfaces for neural prosthetics. A Full-Color Screen That Bends A new way to mass-produce flexible OLED displays could mean affordable commercial products. Unzipping Graphene's Potential Slicing open carbon nanotubes could lead to much faster electronic components. Thermometer Created for Nanotubes Understanding how nanotubes heat up could make them useful for electronics. Electronic Inks from Carbon Nanotubes Researchers have solved one of the fundamental problems in making electronics from nanotubes. Stretchable electronics and the strongest material ever were just two achievements of 2008. The computer chip has evolved from a simple integrated circuit to a microprocessor with millions of transistors. |
|
 |
|
 Massachusetts Institute of Technology |
© 2010 Technology Review. All Rights Reserved. |
