Disulfide | 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

Unique Nanodisk Pushing Photonic Research Forward

Unique Nanodisk Pushing Photonic Research Forward

A New Approach to Accelerate the Discovery of Quantum Materials

A New Approach to Accelerate the Discovery of Quantum Materials

Disulfide

Scientists Visualize Atomic Structures in Moiré Materials

Technology October 1, 2026
Quantum Material Under Pressure

Technology July 8, 2026
Reversible Switching of Chirality in Semiconductor Material Using Electrochemistry

Technology June 18, 2026
How Small Can Semiconductors Get? KAIST Develops Atomic-Level Prediction Technology

Industry June 16, 2026
DNA Origami Precisely Positions Single-Photon Emitters for Quantum Technologies

Industry March 26, 2026
Ultrafast Computers Controlled by Light: A New Frontier Opened by Politecnico Di Milano and CNR

Industry March 11, 2026
Surprising Effects Under Ion Bombardment: The Quantum Switch

Technology February 26, 2026
Two-Dimensional Materials for Next-Generation Terahertz Quantum Devices

Technology January 25, 2026
Mirror, Mirror, On and Off

Industry January 9, 2026
New Stretchable Light-Emitting Material Holds Promise for Photon-Based Devices

Industry September 28, 2025
Quantum Leap in 2D Semiconductors: Purdue Team Unlocks Room-Temperature Spin Qubits in GeS₂

Technology September 18, 2025
Innovative Optical Memory for Future Photonics

Technology July 10, 2025
Coupled Electrons and Phonons Predicted to Flow Like Water in 2D Semiconductors

Technology June 30, 2025
Perfect Landing in the Atomic Lattice – New Paths for Improved Catalysis and Gas Detection

Technology June 4, 2025
Rice-Led Research Team Develop Super Material That Could Change Electronics

Technology June 2, 2025