Science ❯Physics ❯Quantum Mechanics

Quantum Computing

Qubits Error Correction Applications Applications of Quantum Computing Error Correction Techniques Technological Advancements Qubit Design Quantum Communication Applications of Quantum Technology Non-Abelian Anyons Noise Reduction Research and Development Error Rates Quantum Information Quantum Algorithms Quantum Error Correction Research Developments Majorana Chip Experimental Research Research Integrity Material Properties Technological Breakthroughs Industry Applications Applications in Physics Quantum Logic Clocks Cryogenics Quantum Coherence Matrix-Product Unitaries Superconducting Quantum Chips World Quantum Day Nitrogen Vacancy Centers Quantum Logic Operations Error Correction Codes Trapped-Ion Technology Transmon Qubits Spin Properties Quantum Key Distribution Antimatter Qubits Stabilizer States Clifford Circuits Resource Measures R'enyi Entropies HPC Integration Topological Quantum Computing Nonstabilizerness Superconducting Qubits Isolated Spins Ion Traps Quantum Annealing Photonics Spin Qubits Schrödinger Equation Superconductors Quantum Tomography Photonic Chips Nuclear Spin Entanglement Quantum Information Science IonQ, Inc. Quantum Internet Error Correction Technology Quantum Advantage Fault Tolerance Quantum Supremacy

IonQ Pushes Quantum Networking Forward as Deals Pile Up and Valuation Stays Lofty

Fresh breakthroughs collide with a still lossmaking, richly valued business.

UNSW Team Entangles Nuclear Spins 20 Nanometers Apart in Silicon

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

Quantinuum Raises $600 Million at $10 Billion Valuation as Nvidia Joins Investor Group

Nature Study Shows 3D‑Printed Micro Ion Traps Boost Performance for Trapped‑Ion Quantum Computing

Single Neglecton Unlocks Universal Braiding-Based Quantum Computing

CERN Demonstrates First Antimatter Qubit with 50-Second Coherence

Rigetti Computing Reaches 99.5% Gate Fidelity on 36-Qubit Modular Quantum System

Aalto University Achieves 1-Millisecond Coherence in Transmon Qubits

Seville Researcher Proves Nernst Theorem Follows From Second Law, Challenges Einstein

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

IonQ Leads Quantum Computing Stock Surge with Bold Industry Vision

Quantum Computing Breakthrough: Certified Randomness Achieved with 56-Qubit System

D-Wave Claims Quantum Supremacy with Real-World Problem, Faces Classical Challenges

Chinese Quantum Computer Surpasses Supercomputers by 15 Orders of Magnitude

Amazon Unveils Ocelot Quantum Chip, Advancing Error Correction Technology

Quantum Machines Secures $170M to Advance Quantum Computing Solutions

Google Predicts Quantum Computing Breakthroughs Within Five Years

Quantum Computing Advances Drive Investor Excitement Despite Financial Challenges

Google Unveils Breakthrough Quantum Chip and Advanced AI Hardware