Zeiss Research Award Goes to Jian-Wei Pan, China’s “Father of Quantum” Quantum cryptography trailblazer Pan wins Zeiss Research Award + Jian-Wei Pan, a professor at
China’s Quantum Ambitions Running Alongside the U.S. (Almost) Quantum Cryptography in the US-China Tech Race Excerpts and salient points ~ + As I mentioned, the
Using Diamond Qubits, Researchers Maintain Quantum State Coherence for > 60 Seconds Diamond-Based Qubits Set New Coherence Record In brief… + Researchers have created a
Jian-Wei Pan Studies Boson Sampling to Achieve Quantum Supremacy Quantum Computer Made from Photons Achieves a New Record Excerpts and salient points ~ + In
Measuring & Characterizing Entangled States Research Key to Quantum Information Applications Viewpoint: Directly Measuring an Entangled State Excerpts and salient points ~ + Researchers have
China’s Micius Leaves Open Question of Quantum Mechanics and General Relativity Possibilities Though fascinating to think about, there is this interesting line in the closing,
Proving Quantum Effects Boosts Confidence for Development of Quantum Computers Cracking a decades-old test, researchers bolster case for quantum mechanics Excerpts and salient points ~
Quantum Teleportation Beyond Qubits “Qutrit” Experiments Are a First in Quantum Teleportation Excerpts and salient points ~ + “Teleportation” also conjures visions of faster-than-light communication,
Large-scale Quantum Processor, Programmable, Solid State. Flexibility to implement a variety of algorithms without modifying hardware enabled the classical computer to tackle any task from the
Quantum Entanglement Self-testing Protocol. Quantum entanglement is key to quantum information processing. With the fragile state of quantum bits, device-independent certification of entangled states demands self-testing.
