Terahertz | QuantumWire

Max Planck-New York Center on Non-Equilibrium Quantum Phenomena Renewed

Max Planck-New York Center on Non-Equilibrium Quantum Phenomena Renewed

A Group Led by LMU Physicist Has Successfully Detected Single Photons in the Infrared Range

A Group Led by LMU Physicist Has Successfully Detected Single Photons in the Infrared Range

Shedding Light on Superconducting Disorder

Shedding Light on Superconducting Disorder

Terahertz

SwRI, Adelaide University Sign Quantum RF Research and Development MOU

Industry September 30, 2026
Researchers Achieve First Experimental Demonstration of Vacuum-Fluctuation-Enhanced Superconductivity

Technology August 26, 2026
NSF Funds Major Center at UC San Diego to Make New Quantum Materials

Industry August 3, 2026
Shaping Light Like Never Before – With Photonic Time Crystals

Technology July 31, 2026
UCLA Engineers Shrink Powerful Terahertz Systems Onto a Single Semiconductor Chip

Technology July 20, 2026
Graphene Plasmon Cavities Enable Advanced and Scalable Terahertz Photodetectors

Technology June 23, 2026
Light as a Brake

Technology June 12, 2026
Quantum Sensor Breakthrough Could Transform Army Battlefield Signal Detection

Technology June 10, 2026
Breaking the Optical Barrier: Terahertz Tech Could Help Enable Quantum Internet Security

Industry May 28, 2026
It Takes Two Combs to Tango

Industry May 27, 2026
Infleqtion Introduces Quantum Spectrum, the First Fundamental Shift in RF Sensing Architecture in Decades

Business May 14, 2026
Atoms Vibrate on Circular Paths – With an Unexpected Twist

Industry May 14, 2026
Inexpensive Material Compresses Light, Paving the Way for Photonic Microcircuits in the Terahertz Range

Industry May 6, 2026
Ultrafast Computers Controlled by Light: A New Frontier Opened by Politecnico Di Milano and CNR

Industry March 11, 2026
Terahertz Microscope Reveals the Motion of Superconducting Electrons

Industry February 5, 2026