Phys.org

35 articles in the TruthFoundry index. Each links out to the original.

• KM3NeT neutrino telescope tests Einstein relativity under Mediterranean Sea · KM3NeT/ORCA researchers set new Lorentz invariance limits using Mediterranean neutrino data.
• SLAC Develops SPINE Machine Learning Tool For Neutrino Physics Analysis · SLAC researchers deployed SPINE AI software to reconstruct neutrino interactions in physics detectors.
• Researchers propose nondestructive quantum qubit readout using supercurrent · New method reads Andreev qubit state without destroying quantum information.
• Single Molecule Parity Controls Quantum Chain Superconductor Interaction · Researchers show adding or removing one molecule switches quantum chain interaction with a superconductor.
• UChicago researchers model spin defect energy loss for quantum technology · University of Chicago team builds framework for quantum spin defect optical cycle modeling
• New Algorithm Runs Quantum Simulations On Standard Computers · Researchers created an algorithm enabling standard computers to run advanced quantum simulations.
• Giant focused light fluctuations reveal hidden correlations in opaque materials · Researchers find focused light fluctuations expose hidden correlations in scattering materials
• LLNL's CHICOX Detector Reveals Exotic Nuclear Shapes · Lawrence Livermore National Laboratory's new CHICOX detector enables precise studies of exotic nuclear shapes.
• ICTER Researchers Use Dynamic Light Scattering to Reduce Speckle Noise in Optical Imaging · Scientists at ICTER demonstrated that controlled light scattering suppresses speckle noise in optical coherence tomography.
• Oldenburg physicists create 3D light fields to access new quantum states · University of Oldenburg physicists generated 3D light fields to reach previously inaccessible electron quantum states.
• Tohoku University Researchers Advance Zinc Oxide For Quantum Computing · Researchers demonstrated faster charge detection in zinc oxide for spin qubit development.
• Researchers verify altermagnetism in layered material for spintronics development · UCF-led team confirms altermagnetism in Co₁/₄TaSe₂ to advance future spintronics technology.
• Stanford team records first real-time quantum jumps of sound in mechanical resonator · Stanford researchers directly observed quantum jumps of sound in a mechanical resonator, publishing in Science.
• New QUOPS benchmark finds quantum computers far from solving real-world problems · Sandia National Laboratories' new QUOPS benchmark shows current quantum computers fall 100,000 times short of practical utility.
• University of Stuttgart researchers achieve record stability for circular Rydberg atoms at room temperature · University of Stuttgart team sets three records for circular Rydberg atoms, achieving 11 ms stability at room temperature.
• Disordered atoms can emit directional light by matching motion and timing, study shows · TU Darmstadt researchers show disordered atoms can emit light directionally via motion-timing.
• Physics-aware benchmark exposes flaws in AI thermal conductivity predictions · New benchmark reveals why similar AI models predict thermal conductivity differently due to missing atomic vibration physics.
• Study: Thinner superconducting films can shift magnetic behavior via quantum confinement · New theory shows quantum confinement in ultrathin superconducting films can alter coherence length and magnetic flux behavior.
• New PACMAN AI framework controls fusion plasma in real time, tested on DIII-D tokamak · PACMAN AI framework by PPPL and Princeton researchers controls fusion tokamaks in milliseconds, tested on DIII-D.
• New Quantum Method Broadens Spectroscopy for Hard-to-Model Matter · Researchers at Queen Mary University of London develop a generalized quantum computational spectroscopy method for complex systems.
• New Free-Space Optical Link Adds Wireless Component to US Quantum Network · Brookhaven Lab and partners launch a free-space optical link to wirelessly transmit quantum information across Long Island.
• Nodeless superconducting gap found in ultrathin nickelate films · Researchers discovered a nodeless superconducting gap in strontium-doped La3Ni2O7 films, challenging existing models.
• Austrian Researchers Develop Quantum Electron Microscope to Image Sensitive Samples · TU Wien team couples electron beams to quantum computers to extract more data from fewer electrons for imaging.
• New solid-state model brings fractons in quantum spin liquids closer to detection · Improved numerical simulations provide evidence for fractons in quantum spin liquids, aiding experimental verification.
• LHC Collisions Reveal Oxygen and Neon Nuclear Geometry · CERN researchers use LHC data to probe the internal shapes of oxygen and neon nuclei.
• Loughborough University creates stable microchip for 6G and quantum timing · Physicists demonstrated a grain-of-rice-sized microchip generating stable millimeter waves for future 6G networks and quantum technologies.
• Century-Old Physics Theory Validates Modern Fluid Equations · KICT researchers link a 1913 physics concept to the mathematical structure of widely used cubic equations of state.
• Scientists Create Time-Dependent Gas Lens for XUV Light · Researchers used atomic gas to shape and spectrally manipulate intense XUV laser pulses.
• Researchers Design Levitated Neon Qubits to Fix Quantum Computing Flaws · New architecture uses magnetic levitation to place clean neon particles for stable quantum bits.
• AI-enhanced analysis boosts sensitivity to rare double-Higgs signatures at LHC · U-M physicists report record sensitivity in spotting double-Higgs events using AI at the Large Hadron Collider.