Physical System | QuantumWire

A Carbon Nanotube-Based Superconducting Quantum Bit

A Carbon Nanotube-Based Superconducting Quantum Bit

ID Quantique Supports the Advancement of ORCA Computing’s Latest Quantum-AI Computing System

ID Quantique Supports the Advancement of ORCA Computing’s Latest Quantum-AI Computing System

NAU Physicist Wins $5M NSF Grant to Advance Research in Quantum Physics

NAU Physicist Wins $5M NSF Grant to Advance Research in Quantum Physics

Physical System

Quantinuum Nexus Prepares to Exit Beta With Comprehensive Quantum Workflow Support

Business December 2, 2024
Researchers Uncover Link Between Quantum Information Theory and Particle and Condensed Matter Physics

Technology December 2, 2024
In Step Forward for Quantum Computing Hardware, IU Physicist Uncovers Novel Behavior in Quantum-Driven Superconductors

Technology November 13, 2024
ID Quantique Supports the Advancement of ORCA Computing’s Latest Quantum-AI Computing System

Business November 4, 2024
Scientists Discover All-Optical Nuclear Magnetic Resonance Analog With Quantum Fluids of Light

Technology October 29, 2024
Physicists Uncover Universal Non-Equilibrium Quantum Dynamics in Randomly Interacting Spin Models

Technology October 22, 2024
Würzburg Physics Team Electrifies the Quantum World

Technology September 17, 2024
Theoretical Research Establishes Unified Way to Quantify Vital Quantum Properties

Technology September 6, 2024
First Demonstration of Deep Subwavelength Topological Edge States

Technology September 5, 2024
NAU Physicist Wins $5M NSF Grant to Advance Research in Quantum Physics

Industry August 30, 2024
A New Approach to Fine-Tuning Quantum Materials

Technology August 13, 2024
Scientists Discover Energy and Pressure Analogies Linking Hadrons, Superconductors and Cosmic Expansion

Technology July 23, 2024
In Collaboration with the LRZ, HQS Quantum Simulations presents the HQS Noise App at a Workshop

March 24, 2024