Spectroscopy | QuantumWire

NIST Researchers Supersize Quantum Technology to Help Detect Faint Photons

NIST Researchers Supersize Quantum Technology to Help Detect Faint Photons

Researchers Develop Molecular Qubits That Communicate at Telecom Frequencies

Researchers Develop Molecular Qubits That Communicate at Telecom Frequencies

U.S. Naval Research Laboratory Unveils New Quantum Materials Research System

U.S. Naval Research Laboratory Unveils New Quantum Materials Research System

Spectroscopy

Experiment Reveals Quantum Tug-of-War Limiting Higher-Temperature Superconductivity

Technology October 21, 2026
Quantum Calculations Reveal How Quantum Defects Lose Energy

Technology October 15, 2026
Quantum Physicists Trace a Century of Controlling Spin

Industry October 14, 2026
“Carpet” Growth Method Yields Long-Sought 2D Quantum Material

Technology October 13, 2026
Study Catches a Quantum Material Transforming in Real Time, Revealing What Drives Its Shift

Technology October 10, 2026
SQMS Center Uncovers Material Origins of Variations in Qubit Performance Through Landmark Study

Technology October 6, 2026
Launch of the Max Planck-Korea-PSI Center for Quantum Emergent Spintronics (KOMQUEST)

Industry September 30, 2026
Singapore Scientists Build World’s Most Accurate Atomic Clock

Technology September 25, 2026
New Wake Forest Quantum Lab Takes Research to the Next Level

Industry September 23, 2026
FBH at Photonics Days: From High-Power Diode Lasers to Quantum Technologies

Technology September 22, 2026
Disorder Is Key to Tuning a High-Temperature Superconductor

Technology September 22, 2026
Fieldable Quantum Sensors Could Revolutionize Warfighter Safety

Technology September 17, 2026
Prineha Narang Leads Team Advancing AI-Driven Approaches to Quantum Science

Technology September 15, 2026
A New Way to Control Infrared Light in Real Time

Technology September 13, 2026
Stevens Researchers Take Step Toward More Precise, Practical Quantum Technologies

Technology September 13, 2026