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  • A new neuromorphic chip for AI on the edge - University of California - San Diego (9591 bytes) (2022-09-21)
  • What Makes Quantum Computing So Hard to Explain? - Scott Aaronson (10138 bytes) (2022-09-15)
  • Quantum digits unlock more computational power with fewer quantum particles - University of Innsbruck (2854 bytes) (2022-07-29)
  • Using AI to train teams of robots to work together - University of Illinois Grainger College (2957 bytes) (2022-07-29)
  • Quantum physics sets a speed limit to electronics - Vienna University of Technology (4613 bytes) (2022-03-29)
  • What Makes Quantum Computing So Hard to Explain? - Emily Buder/Quanta Magazine (10118 bytes) (2022-03-06)
  • How to make a p~pcomputerp~p out of liquid crystals - University of Chicago (4864 bytes) (2022-03-06)
  • Entanglement unlocks scaling for quantum machine learning - Los Alamos National Laboratory (2518 bytes) (2022-03-06)
  • A neural network-based optimization technique inspired by the principle of annea - Ingrid Fadelli (6891 bytes) (2021-11-13)
  • Real-time video of scenes hidden around corners is now possible - Eric Hamilton (6359 bytes) (2021-11-13)
  • Supercomputer probes the limits of Googlep~ps quantum processor - Skolkovo Institute of Science and Techno (6928 bytes) (2021-09-26)
  • Who can bend light for cheaper internet? - Rachel Gordon (6701 bytes) (2021-09-08)
  • Brain-inspired memory device - National University of Singapore (5428 bytes) (2021-09-08)
  • Chip with secure encryption will help in fight against hackers - Technical University Munich (5728 bytes) (2021-08-14)
  • Smartphone screens effective sensors for soil or water contamination - University of Cambridge (4542 bytes) (2021-08-02)
  • Physicists take big step in race to quantum computing - University of Maryland (4051 bytes) (2021-07-14)
  • EventDrop: a method to augment asynchronous event data - Ingrid Fadelli (7956 bytes) (2021-07-06)
  • A new piece of the quantum computing puzzle - Washington University in St. Louis (4827 bytes) (2021-07-06)
  • Researchers design new techniques to bolster memory safety - Columbia University (5479 bytes) (2021-06-23)
  • Researchers create quantum microscope that can see the impossible - University of Queensland (2861 bytes) (2021-06-23)
  • New discovery for the future of quantum computing - University of Kent (2313 bytes) (2021-06-17)
  • How quantum dots can p~ptalkp~p to each other - Helmholtz-Zentrum Berlin für Materialien (2770 bytes) (2021-06-08)
  • New material could create p~pneuronsp~p and p~psynapsesp~p for new computers - University of Groningen (3534 bytes) (2021-05-26)
  • Silicon chip will drive next generation communications - Osaka University (3968 bytes) (2021-05-14)
  • Q&A: Vivienne Sze on crossing the hardware-software divide for efficient artific - Kim Martineau (6155 bytes) (2021-04-28)
  • A breakthrough that enables practical semiconductor spintronics - Linköping University (4894 bytes) (2021-04-28)
  • Materials advances are key to development of quantum hardware - Princeton University (4723 bytes) (2021-04-28)
  • Robots can be more aware of human co-workers, with system that provides context - KTH, Royal Institute of Technology (3057 bytes) (2021-04-12)
  • Understanding fruit fly behavior may be next step toward autonomous vehicles - Northwestern University (5678 bytes) (2021-04-12)
  • Study shows promise of quantum computing using factory-made silicon chips - ARC Centre (2984 bytes) (2021-04-06)
  • Scientists create next gen living robots - Tufts University (9530 bytes) (2021-04-06)
  • New method uses device cameras to measure pulse, breathing rate and could help t - University of Washington (4278 bytes) (2021-04-06)
  • Heat-free optical switch would enable optical quantum computing chips - KTH, Royal Institute of Technology (2506 bytes) (2021-03-11)
  • How physiological data can improve persuasive technologies in mobile apps and we - Eindhoven University of Technology (2813 bytes) (2021-03-04)
  • p~pBeautiful marriagep~p of quantum enemies - Cornell University (4682 bytes) (2021-03-04)
  • A quantum internet is closer to reality, thanks to this switch - Purdue University (4043 bytes) (2021-03-04)
  • New wearable device turns the body into a battery - University of Colorado at Boulder (4574 bytes) (2021-02-16)
  • Applying quantum computing to a particle process - DOE/Lawrence Berkeley National Laborator (4756 bytes) (2021-02-16)
  • Spontaneous quantum error correction demonstrated - University of Massachusetts Amherst (3516 bytes) (2021-02-16)
  • Engineers create hybrid chips with processors and memory to run AI on battery-po - Stanford School of Engineering (3954 bytes) (2021-01-19)
  • One-dimensional quantum nanowires fertile ground for Majorana zero modes - ARC Centre of Excellence in Future Low-E (3962 bytes) (2021-01-19)

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