Lind5

78 ms·

781.
Back Doors in Chips(semiengineering.com)
2 points by Lind5 11y ago|0 comments
782.
UW engineers achieve Wi-Fi at 10,000 times lower power(washington.edu)
3 points by Lind5 11y ago|0 comments
783.
Quantum Dot Solids: This generation's silicon wafer?(mediarelations.cornell.edu)
1 points by Lind5 11y ago|0 comments
784.
New Form of Electron-Beam Imaging(newscenter.lbl.gov)
1 points by Lind5 11y ago|0 comments
785.
Using Organic Waste for Sustainable Batteries(kit.edu)
1 points by Lind5 11y ago|0 comments
786.
by Lind5 11y ago
I've lived in San Jose area for over 20 years now. The downtown area has made some improvements, but at an extremely slow pace. It would be nice to go to lunch/dinner and then have a place to walk around that had a few interestin
787.
Internet of FD-SOI Things(semiengineering.com)
2 points by Lind5 11y ago|0 comments
788.
How to Make Electrons Behave Like a Liquid(news.mit.edu)
1 points by Lind5 11y ago|0 comments
789.
More efficient materials for solar fuel cells(uta.edu)
1 points by Lind5 11y ago|0 comments
790.
Ultrafast microscope used to make slow-motion electron movie(colorado.edu)
1 points by Lind5 11y ago|0 comments
791.
Carbon Films Can Give Microchips Energy Storage(drexel.edu)
1 points by Lind5 11y ago|0 comments
792.
How Far Can DRAM Shrink?(semiengineering.com)
2 points by Lind5 11y ago|0 comments
793.
Power Walk: Footsteps Could Charge Mobile Electronics(news.wisc.edu)
1 points by Lind5 11y ago|0 comments
794.
New Semiconductor Material That Could Lead to Faster Electronics(unews.utah.edu)
2 points by Lind5 11y ago|0 comments
795.
New app turns smartphones into worldwide seismic network(news.berkeley.edu)
1 points by Lind5 11y ago|0 comments
796.
Memristors: Making a New Generation for Digital Memory and Computation(mtu.edu)
1 points by Lind5 11y ago|0 comments
797.
Thermal Damage to Chips Widens(semiengineering.com)
3 points by Lind5 11y ago|0 comments
798.
Energy-friendly chip can perform powerful artificial-intelligence tasks(news.mit.edu)
2 points by Lind5 11y ago|0 comments
799.
Tiniest Particles Shrink Before Exploding When Hit with SLAC’s X-ray Laser(www6.slac.stanford.edu)
2 points by Lind5 11y ago|0 comments
800.
Nanoscale materials for the Internet of Things(seas.harvard.edu)
5 points by Lind5 11y ago|0 comments
801.
Copper atoms made to lase at ultrashort x-ray wavelengths(riken.jp)
2 points by Lind5 11y ago|0 comments
802.
A New Quantum Approach to Big Data(news.mit.edu)
5 points by Lind5 11y ago|0 comments
803.
M2M versus IoE: Is IoE Really M2M with New Coat of Paint?(semiengineering.com)
3 points by Lind5 11y ago|0 comments
804.
What new wearable sensors can reveal from perspiration(news.berkeley.edu)
35 points by Lind5 11y ago|7 comments
805.
UCLA creates graphene barrier to control molecules for making nanoelectronics(newsroom.ucla.edu)
2 points by Lind5 11y ago|0 comments
806.
Copper Deposition to Fabricate Tiny 3D Objects(ethz.ch)
2 points by Lind5 11y ago|0 comments
807.
Will 5nm Happen?(semiengineering.com)
2 points by Lind5 11y ago|0 comments
808.
by Lind5 11y ago
it boggles my mind that Uber doesn't need to follow the same rules as taxi's
809.
Growing Organs on a Chip(news.mit.edu)
2 points by Lind5 11y ago|0 comments
810.
3D Mapping of Entire Buildings WithMobile Devices(ethz.ch)
2 points by Lind5 11y ago|0 comments

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