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  • Could the future of low-power computing be magnetism? - Argonne National Laboratory (5635 bytes) (2016-02-19)
  • The Experiment That Will Allow Humans to “See” Quantum Entanglement - Emerging Technology from the arXiv (6472 bytes) (2016-02-18)
  • Quantum Computing With Ordinary CMOS Transistors - Alexander Hellemans (4089 bytes) (2016-02-18)
  • A Brand New 2D Semiconductor Could Put Silicon in the Shade - Jamie Condliffe (2354 bytes) (2016-02-17)
  • Chip could bring deep learning to mobile devices - Massachusetts Institute of Technology (6271 bytes) (2016-02-16)
  • Hack-proof RFID chips - Massachusetts Institute of Technology (5947 bytes) (2016-02-16)
  • Silicon-based metamaterials could bring photonic circuits - Purdue University (5135 bytes) (2016-02-16)
  • New semiconducting material could lead to much faster electronics - University of Utah (4237 bytes) (2016-02-16)
  • We could 3D print buildings using robots and drones – here’s how - Martinde Bouter (6522 bytes) (2016-02-16)
  • Digital Baby Projectp~ps Aim: Computers That See Like Humans - Jeremy Hsu (6487 bytes) (2016-02-16)
  • Power walk: Footsteps could charge mobile electronics - University of Wisconsin-Madison (5663 bytes) (2016-02-15)
  • Crunching quantum code - Denis Paiste (9264 bytes) (2016-02-15)
  • New thin film transistor may lead to flexible devices - University of Alberta (4352 bytes) (2016-02-14)
  • Lasers rewired: Scientists find a new way to make nanowire lasers - Lawrence Berkeley National Laboratory (4650 bytes) (2016-02-14)
  • New App Could Improve Earthquake Warning Using GPS - Prachi Patel (4130 bytes) (2016-02-14)
  • Researchers Set a New Data Transfer Record: 1.125 Tb/Second - University College London (3142 bytes) (2016-02-14)
  • Flash memoryp~ps density surpasses hard drives for first time - Lucas Mearian (6974 bytes) (2016-02-12)
  • A New Technique Makes GPS Accurate to an Inch - Jamie Condliffe (1594 bytes) (2016-02-12)
  • Deep Learning Possibilities For Mobile - Tina Rose (4019 bytes) (2016-02-11)
  • The chips are down for Moore’s law - M. Mitchell Waldrop (22383 bytes) (2016-02-11)
  • New thin film transistor may lead to flexible electronics - TFT (2547 bytes) (2016-02-11)
  • All-new multi-purpose programmable optical chips - Asociación RUVID (2665 bytes) (2016-02-10)
  • Turning electronic waste into gold - University of Saskatchewan (2694 bytes) (2016-02-10)
  • Deep Learning Makes Driverless Cars Better at Spotting Pedestrians - Jeremy Hsu (3401 bytes) (2016-02-10)
  • The Second Coming of Neuromorphic Computing - Nicole Hemsoth (8476 bytes) (2016-02-10)
  • This Chip Will Give Your Phone AI Modeled On The Human Brain - Arivera (2604 bytes) (2016-02-09)
  • Giving a Hand to Those in Need - Susie Cribbs (8115 bytes) (2016-02-08)
  • A Deep Learning AI Chip for Your Phone - Katherine Bourzac (3793 bytes) (2016-02-08)
  • Film coating transforms contact lenses into computer screens - Michele Nardelli (3698 bytes) (2016-02-05)
  • Hack-proof RFID chips - Larry Hardesty (5745 bytes) (2016-02-05)
  • Cheap Cubic-Boron Nitride Could Enable Next Gen Smart Grid - Dexter Johnson (3268 bytes) (2016-02-05)
  • MITp~ps 168-core chip could make mobile devices, robots smarter - Agam Shah (2824 bytes) (2016-02-05)
  • $12 million project aims to p~preverse-engineerp~p the brain to help computers l - Katherine Noyes (2618 bytes) (2016-02-04)
  • Energy-friendly chip can perform powerful artificial-intelligence tasks - Larry Hardesty (6683 bytes) (2016-02-03)
  • Scientists build a neural network using plastic memristors - Moscow Institute of Physics and Technolo (10321 bytes) (2016-02-02)
  • Custom Hardware Sharpens Edge for Deep Learning Future - Nicole Hemsoth (12828 bytes) (2016-02-02)
  • Finnish physicist breaks barriers of quantum-limited heat conduction - Paul Hamaker (1747 bytes) (2016-02-02)
  • The Step Needed to Make Virtual Reality More Real - Rachel Metz (5533 bytes) (2016-02-02)
  • These Gloves Let You Climb Walls Like Spider-Man - Michael Grothaus (2562 bytes) (2016-02-01)
  • New record in nanoelectronics at ultralow temperatures - Lancaster Quantum Technology Centre (3405 bytes) (2016-02-01)
  • Biological designs could guide computer systems - Diana Campbell (3900 bytes) (2016-01-31)

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