Ultrathin | QuantumWire

Towards Room-Temperature Superconductivity: Insights Into Optical Properties of Bi-Based Copper-Oxide Superconductors

Towards Room-Temperature Superconductivity: Insights Into Optical Properties of Bi-Based Copper-Oxide Superconductors

UW Researchers Unlock Potential of 2D Magnetic Devices for Future Computing

UW Researchers Unlock Potential of 2D Magnetic Devices for Future Computing

Ultrathin

“Carpet” Growth Method Yields Long-Sought 2D Quantum Material

Technology October 13, 2026
New Building Blocks Expand Functions of Photonic Chips

Technology October 8, 2026
Scientists Visualize Atomic Structures in Moiré Materials

Technology October 1, 2026
Researchers Use Light To Reprogram a Tiny Optical Device

Technology September 29, 2026
Tight Light Helps Quantum Sensing Get Ready for the Field

Technology September 13, 2026
Fabrication Platform Could Enable Flexible, Transparent Next-Generation Photonic Chips

Technology September 7, 2026
Ultrathin Titanium Nitride for Superconducting Qubits

Technology September 4, 2026
Scientists Discover Asymmetric Diffusion of Magnetic Skyrmions in Simulations

Technology August 26, 2026
Rice Researchers Show Graphene Nanowrinkles Can Reshape Electricity

Technology August 14, 2026
Researchers Make Air-Stable, Ultrathin Superconductors, for More Scalable Quantum Devices

Technology August 6, 2026
An Electrostatic Quantum Nanocorral for Composite Charged Excitons

Technology August 6, 2026
Shedding Light on New Type of Magnetism in Quantum Materials

Technology July 31, 2026
Seeing the unseen: Quantum dots reveal hidden light waves on metal surfaces

Technology July 28, 2026
Interactive Photonics: Bringing Flat Optics to Life

Technology July 21, 2026
Tunable Metasurface Could Bring Powerful Molecular Sensing From the Lab to the Field

Industry June 12, 2026