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Quantum Computing

Error Correction Qubits Applications Applications of Quantum Computing Technological Advancements Error Correction Techniques Qubit Design Quantum Supremacy Error Correction Technology Non-Abelian Anyons

Scientists Achieve 50-Second Spin Coherence in First Antimatter Qubit

The breakthrough paves the way for BASE-STEP portable traps designed to extend antiproton spin coherence for vastly more precise symmetry tests.

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

Google Achieves Quantum Computing Milestone with New 'Willow' Chip

Google's AlphaQubit Advances Quantum Error Correction with AI

Nvidia Dominates SuperComputing 2024 with AI-Driven HPC Innovations

Nobel Prize in Physics Set to Honor Groundbreaking Scientific Achievements

New Qubit Architecture Paves Way for Scalable Quantum Computing

Riverlane Secures $75M to Tackle Quantum Computing Errors