Science ❯ Physics

Quantum Computing

Topological Quantum Computing Quantum Dots Quantum Algorithms Applications Academic Contributions Semiconductor Quantum Dots Quantum Materials Quantum Simulations Quantum Circuits Superconducting Quantum Computing Quantum Spin Liquids Adiabatic Evolution Pulse Control Quantum Information Entanglement Quantum Effects David Deutsch Quantum Simulation Simulation Models Quantum Bits Loss-DiVincenzo Model Quantum States Qubits Quantum Computers Theories Chiral Majorana Fermions Quantum State Control Research Interdisciplinary Research Quantum Cryptography Error Detection Stabilizer Codes Quantum Devices Relaxation Time Error Correction Quantum Encryption Quantum Phases of Matter

IBM and Dallara Team on Physics-Based AI to Speed Aerodynamic Design

The partners plan to validate results with wind‑tunnel and track data to expand models to more driving scenarios.

Science Study Shows 'Smoking Gun' Topological Signals Can Arise From Trivial Effects

X-Ray CT Maps Platinum Crystals Growing Inside Liquid Metal

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

Caltech Sets Record With 6,100-Qubit Neutral-Atom Array

Caltech Assembles Record 6,100-Qubit Neutral-Atom Array With High Coherence

Physicists Generate One-Dimensional Anyons in Ultracold Bosonic Gas