Diamond Laser Sensor Achieves Full Optical Contrast in Magnetic Field Detection
Researchers at Fraunhofer IAF report a laser-enhanced quantum magnetic field sensor that combines 100 percent optical contrast with strong laser ...
Tag: quantum sensing
New review paper details two decades of science at Sanford Underground Research Facility
A new Annual Review of Nuclear and Particle Science article by SURF's science director chronicles the facility's history, current experiments ...
Bare loops offer simpler fix for superconducting quantum sensors
Adelaide University engineers have shown that strategically placed bare loops without Josephson junctions can give superconducting quantum interference sensors absolute ...
Hypomagnetic Fields Extend Lifespan but Impair Mobility in Parkinson’s Fruit Fly Model
Hypomagnetic fields, defined as magnetic environments far weaker than Earth's natural field, produced a sharply split outcome in a laboratory ...
Stanford team observes first real-time quantum jump in sound
Stanford physicists directly observed an individual phonon making a real-time quantum jump in a chip-fabricated mechanical resonator monitored by a ...
Quantum sensors sharpen X-ray measurements for nuclear monitoring
NIST-developed transition-edge sensors measured interfering X-ray emissions from uranium, plutonium and neptunium with reduced uncertainty, providing a more precise basis ...
How Italian Detector Labs Are Quietly Rewriting the Future of Radiation Sensing
Deep beneath the surface of some of the world's most demanding physics experiments, a quiet revolution in sensing technology is ...
New quantum simulations expose hidden energy loss in spin defects
University of Chicago researchers have built a first-principles framework that fully models how spin defects shed energy, revealing a previously ...
Physicists Build First Working Nuclear Clock Locked to Thorium-229
Researchers have demonstrated an operating nuclear clock by locking a continuous-wave vacuum-ultraviolet laser to the thorium-229 isomeric transition in a ...
Quantum Dial for Light: Physicists Remotely Steer Skyrmions to Watch Entanglement in Action
Physicists have remotely controlled, switched and animated particle-like skyrmion topologies of entangled photons, providing the first visualisation of tripartite entanglement ...
Quantum Defects in Boron Nitride Let Scientists Watch Single Ions Move in Liquid
Fluorescent defects in atomically thin hexagonal boron nitride can detect and identify individual ions in liquids through spectral shifts, enabling ...
Detecting NV Center Resonance via All-Carbon Schottky
In a landmark advancement that could redefine quantum sensing and information technologies, researchers have unveiled a novel method for detecting ...
Nanoscale Multi-Qubit Sensing Using Entanglement
In the ever-evolving landscape of quantum sensing, nitrogen vacancy (NV) centers in diamond continue to occupy a cornerstone position due ...
Quantum Nanodiamond Test Boosts Early COVID Detection
In a groundbreaking development that could redefine the global response to infectious diseases, a team of researchers has unveiled a ...
Metasurface Revolutionizes Atomic Magnetometers with Enhanced Compactness and Sensitivity
In the relentless pursuit of higher precision in quantum measurements, the integration of emerging nanophotonic technologies has opened unprecedented pathways ...
Graphene drum: Researchers develop new phonon laser design
Professor Konstantin Arutyunov of the HSE Tikhonov Moscow Institute of Electronics and Mathematics (MIEM HSE), together with Chinese researchers, has ...
UArizona engineers demonstrate a quantum advantage
Researchers in the College of Engineering and James C. Wyant College of Optical Sciences experimentally demonstrate how quantum resources aren't ...
