Science & Research
RIKEN Study Explores Quantum Interference Using Silicon with “More accessible temperatures”
RIKEN Study Explores Quantum Interference Using Silicon with “More accessible temperatures” Quantum interferometry demonstrated in silicon at more practical temperatures Selected notes ~ + Using
Quantum Physics, Predictions, and Tunneling
Quantum Physics, Predictions, and Tunneling How Long Does Quantum Tunneling Take? Key points… + The phenomenon known as “tunneling” is one of the best-known predictions
U.S Air Force Joining IBM Q Network
U.S Air Force Joining IBM Q Network Air Force Research Laboratory to Join IBM Q Network as First DOD-led IBM Q Hub In brief… +
Spin-splitting Energy Near Zero? Use It as a Fundamental Component in a Quantum Computer
Spin-splitting Energy Near Zero? Use it as a Fundamental Component in a Quantum Computer Finding novel materials for practical devices Excerpts and salient points ~
Adding a Building Block to the Quantum Toolbox: Spintronics at the University of Delaware
Adding a Building Block to the Quantum Toolbox: Spintronics at the University of Delaware U.S. Department of Energy sees powerful potential in spintronics research Excerpts
As The World Encrypts; Quantum Cryptography Sought
As The World Encrypts; Quantum Cryptography Sought ‘Golden Age Of SIGINT May Be Over’: New Encryption Foils IC Eavesdropping Key points ~ + The US
Virginia Tech Team Advances Quantum Simulations On Noisy Quantum Computers
Virginia Tech Team Advances Quantum Simulations On Noisy Quantum Computers Virginia Tech researchers lead breakthrough in quantum computing Selected notes ~ + The large, error-correcting
Chicago Quantum Exchange is Making Large-scale Quantum Networks a Reality
Chicago Quantum Exchange is Making Large-scale Quantum Networks a Reality UChicago jumpstarts collaborations with national labs in AI, quantum Excerpts and salient points ~ +
European, Russian Physicists Push Step Closer to Semiconductor Use for Quantum Computing
European, Russian Physicists Push Step Closer to Semiconductor Use for Quantum Computing Scientists send light through 2D crystal layer in quantum computing leap Excerpts and