Two atoms, three spacetimes: when cosmic expansion, acceleration and heat tell the same story
A new theoretical study shows that a single atom cannot distinguish de Sitter expansion, uniform acceleration, and a thermal bath ...
A new theoretical study shows that a single atom cannot distinguish de Sitter expansion, uniform acceleration, and a thermal bath ...
A new analysis shows entanglement makes a quantum coordination strategy evolutionarily stable only under a restricted strategy space and an ...
Asymmetric optical coupling in a photonic crystal displaces two localized modes, suppressing entanglement revivals while revealing that reservoir memory and ...
A 43-year retrospective study of 2,270 sea turtles in Tenerife found an 86% release rate and cause-specific benchmarks for evaluating ...
Quantum illumination is one of the most counterintuitive success stories in quantum information science. In its canonical form, a pair ...
A new Frontiers in Photonics review uses the quantum radical pair mechanism behind birds' magnetic compass to teach the quantum ...
An exact quantum Chernoff-bound analysis shows quantum illumination retains a roughly 3-decibel advantage over classical radar through a hypersonic plasma ...
Physicists show that a Dzyaloshinskii–Moriya interaction makes two-way quantum teleportation directionally asymmetric, but optimized DRAG pulses can protect the fragile ...
A new theoretical study shows how intrinsic decoherence and inhomogeneous magnetic fields jointly control entanglement, quantum discord and metrological precision ...
A hybrid quantum-classical detector called Q-SODA uses an eight-qubit entangling circuit to achieve record precision on small object detection while ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine