Nitrogen-Vacancy Center | QuantumWire

Quantum Sensors Used to Move Prosthetics

Quantum Sensors Used to Move Prosthetics

Ensuring a Bright Future for Diamond Electronics and Sensors

Ensuring a Bright Future for Diamond Electronics and Sensors

Purdue Researchers Create Orientation-Independent Magnetic Field-Sensing Nanotube Spin Qubits

Purdue Researchers Create Orientation-Independent Magnetic Field-Sensing Nanotube Spin Qubits

Nitrogen-Vacancy Center

Quantum Calculations Reveal How Quantum Defects Lose Energy

Technology October 15, 2026
Diamond-Based Quantum Processor Chip From Fraunhofer IAF on Display at the Museum of Future Nuremberg

Industry October 14, 2026
New Parallel Gate Entangles Diamond Qubits 10 Times Faster at Room Temperature

Technology October 2, 2026
Quantum Leap Challenge Institute Renewed for $37.5 Million as NSF Invests in Quantum Sensing for Biology

Industry August 28, 2026
NSF Renews Quantum Leap Challenge Institute With $37.5 Million Investment in Quantum Sensing for Biology

Industry August 26, 2026
Quantum Diamonds Meet Particle Physics in New Argonne Research Initiative

Technology August 20, 2026
Researchers Zero In on a New Material for Quantum Information Storage

Technology July 30, 2025
DIU’s Transition of Quantum Sensing (TQS) Field Testing to Begin Across Five Critical Areas

Industry March 16, 2025
Single-Qubit Sensing Puts New Spin on Quantum Materials Discovery

Technology March 10, 2025
Fraunhofer IAF Launches Virtual Application Lab for Quantum Sensing

Industry February 7, 2025
Quantum Sensors Used to Move Prosthetics

Technology December 6, 2024
Ensuring a Bright Future for Diamond Electronics and Sensors

Technology November 16, 2024
Purdue Researchers Create Orientation-Independent Magnetic Field-Sensing Nanotube Spin Qubits

Technology October 3, 2024
Harvard Physicists Ease Path to Entanglement for Quantum Sensing

Technology August 24, 2024