Quantum entanglement boosts energy transfer in molecular models
In a discovery that could reshape the development of light-harvesting technologies, a new study demonstrates that quantum entanglement can significantly…
Category: Physics
Spontaneous emission in photonic time crystals defies predictions
A team of physicists has uncovered a startling quantum behavior in a novel class of materials, revealing that the process…
Listening for the Dark: Inside the World’s Most Sensitive Dark Matter Experiment
In a laboratory nearly a mile beneath the hills of South Dakota, one of the most sensitive scientific instruments ever…
Parallel atom-photon entanglement enables future quantum networks
Researchers report parallel atom-photon entanglement at telecom wavelengths with ytterbium-171 atoms, enabling scalable quantum networks without conversion
Squeezing Matter to the Brink: Scientists Edge Closer to a Quantum Spin Liquid
Argonne researchers press an NCSO crystal with a honeycomb lattice to 1,000,000 atm, using X-rays to study near-spin-liquid behavior for fault-tolerant qubits
Electric field controls double-dome superconductivity in twisted graphene
Researchers have demonstrated a new, powerful method for controlling superconductivity in a specially engineered, three-layer graphene structure. By applying an…
Seeing the Unseen: How AI Is Illuminating the Heart of Fusion Reactors
Artificial intelligence is providing scientists with a new and unprecedented view inside the chaotic environment of nuclear fusion reactors, overcoming…
Nanoscale slots create room-temperature hybrid matter states in perovskite
Researchers have developed a new method to create hybrid states of matter in lead halide perovskite films at room temperature,…
Fusion test platform endures twelve lightning strikes per minute
In a significant step toward commercial fusion energy, researchers have subjected a prototype fusion platform to a barrage of powerful…
Germanium photodiode design solves key on-chip light monitoring challenge
Germanium photodiode designs solve on-chip light monitoring, delivering a 103 GHz bandwidth with high responsivity and low dark current for silicon photonics