Energy Gap | QuantumWire

Researchers Observe “Locked” Electron Pairs in a Superconductor Cuprate

Researchers Observe “Locked” Electron Pairs in a Superconductor Cuprate

Energy Gap

One Superconductor, Three Phases: A New Route to Tunable Quantum States

Technology September 11, 2026
Listening for Quantum Oscillations in the Kondo Insulator YbB12

Technology June 25, 2026
Heidelberg Physicists Bridge Worlds of Quantum Matter

Industry January 21, 2026
On-Demand Electronic Switching of Topology in a Single Crystal

Industry December 8, 2025
Unveiling an Anomalous Electronic State Opens a Pathway to Room-Temperature Superconductivity

Industry November 26, 2025
SoftBank Corp. and Partners Develop Large-Scale Energy Gap Calculation Method Using Quantum Computers With View to Industrial and Social Implementation

Applications August 3, 2025
Quasiperiodic Materials Enable Robust Quantum Transport Without Energy Gaps

Technology July 14, 2025
Battling Quantum Decoherence, One Flat Band at a Time

Technology May 7, 2025
New AI Tool Set to Speed Quest for Advanced Superconductors

Technology April 11, 2025
Low-Noise Transducers to Bridge the Gap Between Microwave and Optical Qubits

Technology April 2, 2025
Caltech-Led Team Finds New Superconducting State

Technology April 2, 2025
Unveiling the Hidden Quantum Structure of Twisted Bilayer Graphene With Terahertz Light

Technology March 29, 2025
Quantum Spin Model Made From Nanographene Molecules

Technology March 15, 2025
Unraveling the Origin of Extremely Bright Quantum Emitters

Technology March 4, 2025
Topological Quantum Processor Marks Breakthrough in Computing

Industry February 23, 2025