Science ❯ Physics ❯ Experimental Physics

Quantum Experiments

Superconducting Qubits Energy Quantization Quantum Entanglement Ion Trap Experiments Cooling Techniques Rydberg Atoms Dynamic Nuclear Polarization Measurement of Quantum States Neutron Scattering Time Quasicrystal Experiment Superconducting Resonators Temperature in Quantum Physics Trapped Ions Microwave Cavities Observation of Anyons Quantum State Creation Optical Lattices Quantum Fluid Dynamics Calcium Ion Qubits Error Rates Non-locality Kramers-Kronig Receiver Photonic and Superconducting Platforms Photon Detection Josephson Junctions Macroscopic Systems Macroscopic Quantum States Quantum Tunneling Experiments Nonlocality Photon Emission Rates Graphene Diffraction Spin Ice Systems Advanced Quantum States Quantum Superposition Quantum Phase Measurement

Quantum Atoms in Free Fall Accumulate Phase Predicted by Einstein

The measurement shows Einstein’s equivalence principle holds for a quantum wavepacket, signaling a path to larger experiments that could probe where quantum behavior might break down.

Scientists Quantify Multipartite Entanglement in Centimetre-Scale Strange Metal

Oxford Physicists Demonstrate First Quadsqueezing in a Single Trapped Ion

Scientists Capture First Diffraction of Positronium, Confirming Matter-Wave Behavior

First Lab Demo Redirects Quantum Uncertainty for Sharper Dual Position–Momentum Sensing

Oxford Physicists Set Record-Low 0.000015% Error Rate in Single-Qubit Operation

Physicists Generate One-Dimensional Anyons in Ultracold Bosonic Gas