Nanomaterials | QuantumWire

Researchers at NYU Tandon and KAIST Develop Method to ‘Hear’ Defects in Promising Nanomaterial

Researchers at NYU Tandon and KAIST Develop Method to ‘Hear’ Defects in Promising Nanomaterial

Constriction Junction, Do You Function?

Constriction Junction, Do You Function?

The Future of Telecom Is Atomically Thin

The Future of Telecom Is Atomically Thin

Nanomaterials

Scientists Visualize Atomic Structures in Moiré Materials

Technology October 1, 2026
New Wake Forest Quantum Lab Takes Research to the Next Level

Industry September 23, 2026
PolyU Develops Quantum-Tunnelling Field-Effect Transistor to Overcome Barriers to Integrated-Circuit Chip Development

Technology September 5, 2026
A New Frontier in X-Rays and Quantum Sensing

Technology September 5, 2026
Magnetic Dopants Help Quantum Dots Use Light for Chemical Reactions

Technology August 5, 2026
Turning Molecules Into Reliable Electronic Devices

Technology August 4, 2026
NSF Funds Major Center at UC San Diego to Make New Quantum Materials

Industry August 3, 2026
Seeing the unseen: Quantum dots reveal hidden light waves on metal surfaces

Technology July 28, 2026
Good Sense: Turning Diamond Dust Into Quantum Advantage

Technology June 26, 2026
NSLS-II Scientists Reveal a Material’s Hidden State of Matter Using Ultrafast Laser Pulses

Technology June 15, 2026
Jihong Ma Receives NSF CAREER Award for Quantum-Inspired Vibration Control Research

Industry May 12, 2026
A Silicon-Compatible Path Toward Scalable Quantum Systems

Technology April 16, 2026
Celebrating the Launch of Connecticut’s Quantum Workforce Hub

Industry March 25, 2026
Quantum Australia Welcomes ZEISS as an Industry Support Partner

Industry March 20, 2026
Light Can Make Molecules Rotate on Quantum Materials

Industry March 12, 2026