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Quantum Computing

Qubits Applications of Quantum Computing Quantum Networking Thermoelectric Conversion Optical Fibers Cold Atoms Trapped Ions Multiverse Theory Quantum States Nuclear-Spin Dark State Bolometers Room-Temperature Quantum Computing Artificial Intelligence Quantum Annealing Quantum Information Encoding Topological Quantum Computers Quantum Information Processing Measurement Techniques Qubit Measurements Single-Shot Fidelity Research Groups Measurement Devices Quantum Internet Superconducting Qubits Experimental Research Entangled States Quantum Entanglement Probabilistic Computers Error Correction Silicon-28 Enrichment Quantum Sensors Magic State Distillation Topological Superconductors Quantum Materials Quantum Error Correction Quantum Bits Antimatter Qubits Quantum Simulation Experimental Physics Topological Quantum Computing Qubit Formation Quantum Circuits

Single Neglecton Unlocks Universal Braiding-Based Quantum Computing

USC’s findings offer a practical roadmap for realizing stationary neglectons in materials to complete topological qubit toolkits.

CERN Demonstrates First Antimatter Qubit with 50-Second Coherence

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

Novel STM Technique Confirms UTe₂ as Topological Superconductor for Quantum Chips

Solitons enable room-temperature superfluorescence in hybrid perovskites

Quantum Simulation Sheds Light on Universe's False Vacuum Dynamics

Karlsruhe Institute Launches Quantum Communication Test Network

Researchers Achieve Breakthrough in Diamond-Based Data Storage Technology

University of Bath Develops Next-Gen Optical Fibres for Quantum Computing

Revolutionary 2D Quantum Cooling System Achieves Ultra-Low Temperatures

Breakthrough 2D Device Enhances Quantum Cooling

Quantum Internet Milestones Achieved in China, US, and Europe

Breakthrough in Silicon Purification Paves Way for Advanced Quantum Computing

MIT Develops New Technique for Tuning Quantum Entanglement in Superconducting Qubits

Aalto University Pioneers Qubit Measurement Beyond Heisenberg Uncertainty

MIT Physicists Discover Fractional Electron Charges in Graphene