Quantum Mechanics Quantum Computing Quantum Information Quantum Entanglement Quantum Gravity Quantum Technology Quantum Materials Quantum Information Science Experimental Physics Quantum Optics Quantum Communication Quantum Sensing Quantum Tunneling Quantum States Entanglement Quantum Phenomena Superconductivity Quantum Bits Quantum Dots Atomic Physics Quantum Electrodynamics Quantum Algorithms Particle Physics Quantum Field Theory Experiments Quantum Measurement Nobel Prize Hawking Radiation Quantum Sensors Quantum Effects Electron Behavior Quantum Systems Quantum Simulation Quantum Technologies Photonics Theoretical Physics Multiverse Theory Quantum Networking Quantum Particles Antimatter Materials Science Attosecond Physics Quantum Matter Quantum Hall Effect Energy Levels Atom Interferometry Quantum Computers Applications of Quantum Physics Consciousness Wave-Particle Duality Quantum Vortex 3 Body Problem Majorana Particles Quantum Simulations Particles Quantum Properties Alternate Realities Quantum Information Processing Superfluidity Quantum Cryptography Applications Molecular Physics Magnetism Bose-Einstein Condensate Polaritons Semiconductors Time Crystals Computational Science Entangled Photons Quantum Biology Astrophysics Qubits Cold Atoms Quantum Devices Quantum Networks Randomness Quantum Teleportation Quasiparticles Quantum Coherence Photon Entanglement Quantum Research Quantum Imaging Computational Complexity Emission Lines Gravity Symmetrons Parallel Universes X-ray Science Quantum Interferometry Quantum Gases Gravitational Anomalies Dipolar Interactions J. Robert Oppenheimer Relationships between Physicists Edge States Oppenheimer's Research Material Science Quantum States of Matter Dark Energy Nuclear Physics
A laser‑stripped, coherent positronium beam diffracted through few‑layer graphene, revealing quantum interference from this neutral lepton–antilepton atom.
