Princeton Researchers Visualize Scarce Boundary States of Charge Density Waves in Topological Material
Researchers at Princeton University and global collaborators have visualized the boundary modes of charge density waves (CDWs) in the...
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Research & Science
Atomically Thin Transducers Could One Day Help Quantum Computers Operate at Warmer Temps
Insider Brief Quantum computers have to be kept cold to function — very cold. These machines generally run at...
UC Riverside Team Advances Quantum Computing with Spin Centers for Simulating Magnetic Phases
In a recent paper published in Physical Review B, a UC Riverside-led research team introduced a novel concept for...
Push-Button Entanglement: Scientists Achieve Reliable Quantum Entanglement Between Resting and Flying Qubits
Insider Brief PRESS RELEASE — Entanglement, Einstein’s “spooky action at a distance”, today is THE tool of quantum information...
Quantum Dot Emitters Generate Entangled Photons, Violating Bell Inequality
A study in Nature Physics introduces a novel method for generating quantum entanglement using a quantum dot, which violates...
MIT’s Peter Shor Receives 2025 Claude E. Shannon Award
Insider Brief The IEEE Information Theory Society announced that Peter Shor, the Morss Professor of Applied Mathematics at the...
Scientists Report Future Quantum Sensors May Be Able to ‘Travel Back in Time’
Insider Brief In a study published recently in Physical Review Letters, researchers unveiled a new type of quantum sensor...
UTA-led Program Gives High School Teachers And Students Access to Quantum Tools
Insider Brief PRESS RELEASE — More than 70 high school students and science teachers gathered at Young Middle School...
Scientists Say Technique Can Enhance Quantum Technology Performance Tenfold
Insider Brief PRESS RELEASE — Researchers have made a significant advance in quantum technology by developing a novel method...
Quantum Randomness Unlocks New Frontiers in Computing & Cryptography
Professor Thomas Vidick’s novel research in quantum computing is helping us with our understanding of randomness and its applications...