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Quantum Mechanics

Quantum Entanglement Quantum Computing Quantum Information Science Quantum Tunneling Qubits Superconductivity Quantum Algorithms Heisenberg's Uncertainty Principle Quantum Superposition Quantum States Nobel Prize in Physics Quantum Devices Heisenberg Uncertainty Principle Nobel Prize Quantum Cryptography Wave-Particle Duality Superposition Quantum Materials Quantum Computing Applications Majorana Particles Quantum Information Theory Quantum Transducers Schrödinger's Cat Schrödinger Cat States Quantum World Quantum Physics and Oppenheimer Quantum Advantage Fundamental Particles Quantum Phenomena Anyons Experimental Physics Quantum Coherence Superradiant Phase Transition Quantum Applications Qubit Technology Quantum Noise Reduction Quantum Networking Lattice Models Many-Body Dynamics Quantum Information Entangled Photons Entanglement Light and Vacuum Interactions Inelastic Electron Tunneling Spin Qubits Quantum Computing Principles Kelvin-Helmholtz Instability Quantum Bits Nanoparticles Molecular Dynamics Zero-Point Motion Quantum Research Quantum Innovations Quantum Computing Research Interpretations of Quantum Mechanics Interpretations General Relativity Quantum Chaos Quantum Sensors Applications of Quantum Computing Quantum Metric Tensor Biphoton Systems Damped Harmonic Oscillators False Vacuum Decay Floquet Systems Quantum Tomography Unruh Effect Information Scrambling Quantum Squeezing Entangled States Quantum Scars Quantum Technology Macroscopic Quantum Effects Cold Atoms Bell's Theorem Superconductors Quantum Nonlocality Electromagnetic Wave Propagation Continuum Physics Quantum Timekeeping Technological Applications Quantum Simulation Vacuum Levitation Photon Behavior Quantum Decoherence Quantum Particles Matrix Algebra Optical Atomic Clocks Quantum Optics Electron Behavior Subatomic Particles Quantum Networks Greenberger-Horne-Zeilinger Paradox Time-Reversal Transformation Topological Qubits Topological Quantum Computation Topological States Majorana Fermions Quantum Echoes Quantum Encryption

Perlmutter Nears Full Capacity to Simulate Next-Gen Quantum Chip in Full-Wave Detail

Using the ARTEMIS modeling tool, the run aims to vet designs before fabrication, with frequency-domain benchmarks and lab validation planned next.

Measuring Quantum Clocks Uses Up to a Billion Times More Energy Than Their Clockwork

Google Claims First Verifiable Quantum Advantage With Willow’s ‘Quantum Echoes’

Clarke, Devoret and Martinis Win Nobel Physics Prize for Macroscopic Quantum Effects in Circuits

Physicists Simultaneously Track Position and Momentum Without Violating Heisenberg

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

UNSW Team Entangles Nuclear Spins 20 Nanometers Apart in Silicon

University of Tokyo Squeezes Quantum Motion of a Levitated Nanoparticle

Quantum Motion Installs Full-Stack Silicon Quantum Computer at UK Test Centre

ORNL Installs Room-Temperature Diamond Quantum Cluster to Test Hybrid Supercomputing

Quantum Kelvin–Helmholtz Instability Observed with Eccentric Fractional Skyrmions

First Direct Images Reveal Quantum Dance in Complex Molecule

Denmark’s QuNorth Secures €80 Million to Build Magne Quantum Computer

Entangled Clock Network Enables First Test of Quantum Mechanics in Curved Spacetime

EPFL Researchers Reveal Self-Illuminating Quantum Tunneling Biosensor

University of Sydney Unveils Cryogenic Chip to Control Spin Qubits at Near Absolute Zero

IonQ to Acquire Oxford Ionics for $1.075 Billion to Expand Quantum Capabilities

Nord Quantique’s Multimode Bosonic Qubits Slash Qubit Overhead and Energy Use

Physicists Generate One-Dimensional Anyons in Ultracold Bosonic Gas

D-Wave Launches Advantage2, Advancing Quantum Computing Accessibility