Science ❯Research

Experimental Physics

Quantum Experiments Data Collection Photon Entanglement Material Characterization High-Energy Physics Network Integration Cell Behavior Laser Technology Nuclear Physics Photonics Research Precision Spectroscopy Laboratory Methods X-ray Pulses Magnetic Field Experiments Detector Technology Photon Detection Electromagnetic Simulations Heavy-Ion Physics Plasma Experiments Material Engineering MIT Research Nanoscale Research International Collaboration Ultra-high Vacuum Techniques Magneto-optical Effects Detection Methods Microscopy Charge Exchange Charge Transfer Experiments Neutron Irradiation Effects Data Measurement Material Manipulation Phenomenological Models Quantum Metrology High Energy Physics Magnetization Dynamics Neutron Diffraction Optical Experiments Quantum Emitters

Quantum Sensors Achieve Breakthrough in Particle Detection at Fermilab

New superconducting microwire detectors demonstrate unprecedented 4D resolution, paving the way for next-generation collider experiments.

ESA's ACES Mission Launches to Test Einstein's Theory of Relativity

Researchers Achieve Quantum Breakthrough with 'Hot Schrödinger Cat States'

CERN Completes Feasibility Study for Next-Generation Particle Collider

Feasibility Study for Future Circular Collider Under Review as CERN Prepares for Key Deliberations

Scientists Discover Contact History Drives Static Electricity Behavior

Scientists Achieve Breakthrough with 3D Synthetic Active Matter Resembling Worms

Oxford Researchers Achieve Quantum Teleportation Between Processors

China Completes Key Step in $300M Neutrino Detector Construction

Scientists Discover Altermagnetism, a New Magnetic Phase with Game-Changing Potential

Scientists Discover Laser Beams Can Cast Shadows

Breakthrough in Quantum Spin Liquid Materials Achieved

Physicists Achieve Breakthrough by Stirring Supersolid to Reveal Quantum Vortices

China Sets New Record with World's Most Powerful Resistive Magnet

Breakthrough in Nuclear Clock Technology Promises Unmatched Precision

Breakthrough in Electron Pairing Could Pave Way for Higher Temperature Superconductors

UC Santa Barbara Researchers Advance Quantum Light Engineering