Science & Research
U.S. Army Research Helps Practical Quantum Computers With Error Correction
U.S. Army Research Helps Practical Quantum Computers With Error Correction In a diamond crystal, three carbon atom nuclei (shown in blue) surround an empty spot
Australian Firm Archer Materials Makes Progress Towards Room-Temperature, Onboard Quantum Chip
Australian Firm Archer Materials Makes Progress Towards Room-Temperature, Onboard Quantum Chip Progress towards single qubit quantum measurements Archer Materials Limited is pleased to update shareholders
NSF Dropping Coin to Advance Photonic Quantum Device Research at Rensselaer
NSF Dropping Coin to Advance Photonic Quantum Device Research at Rensselaer NSF CAREER Award Supports Framework for Photons as Quantum Transistors Physicist Esther Wertz Explores
Do Humans Have What it Takes to Apply Nature’s Quantum Entanglement to Quantum Computing? Rutgers Scientists Think So.
Do Humans Have What it Takes to Apply Nature’s Quantum Entanglement to Quantum Computing? Rutgers Scientists Think So. How a Magnet Could Help Boost Understanding
UC-Riverside Research: 3D-Printed Traps A Standard Lab Tool for Quantum Computing?
UC-Riverside Research: 3D-Printed Traps A Standard Lab Tool for Quantum Computing? Quantum leap for quantum computing Excerpts and salient points ~ + The University of
Using Rydberg Atoms to Pave Way Toward Quantum Communications
Using Rydberg Atoms to Pave Way Toward Quantum Communications Exciting apparatus helps atoms see the light Excerpts and salient points ~ + Researchers in the
RIKEN Research Measures Qubit Spin to 99% Fidelity With Silicon Quantum Dots
RIKEN Research Measures Qubit Spin to 99% Fidelity With Silicon Quantum Dots Scientists succeed in measuring electron spin qubit without demolishing it Excerpts and salient
U.S. Research Labs Collaborate to Solve Decoherence
U.S. Research Labs Collaborate to Solve Decoherence Particle accelerator technology could solve one of the most vexing problems in building quantum computers Last year, researchers
Then There Were Three: U. Waterloo Creates Three Photons Out of One
Then There Were Three: U. Waterloo Creates Three Photons Out of One Quantum researchers able to split one photon into three Researchers from the Institute