Material Properties

Electrical Conductivity Superconducting Materials Durability Microstructure High-Pressure Physics Magnetic Properties Ultrafast Phenomena Diamond Charge Exchange Mechanical Properties Composite Materials Energy Absorption Surface Science

3 ARTICLES

last wk.

Room-Temperature Laser Control of Magnons in Hematite Enables Terahertz Data and Quantum Research

The technique harnesses laser pulses to excite pairs of high-frequency magnons in natural hematite, enabling non-thermal magnetic control under ambient conditions.

6 ARTICLES

5mo ago

Breakthrough X-ray Technique Enables 3D Mapping of Nanoscale Material Structures

3 ARTICLES

9mo ago

Innovative Composite Material Balances Rigidity with Superior Vibration Damping

3 ARTICLES

10mo ago

New Qubit Architecture Paves Way for Scalable Quantum Computing

4 ARTICLES

11mo ago

AI Breakthrough Enhances Quantum Chemistry Modeling

Material Properties

Room-Temperature Laser Control of Magnons in Hematite Enables Terahertz Data and Quantum Research

Scientists Discover Contact History Drives Static Electricity Behavior

Chinese Scientists Synthesize World's Hardest Hexagonal Diamond

MIT Physicists Use Light to Create New Magnetic State in Material

Breakthrough X-ray Technique Enables 3D Mapping of Nanoscale Material Structures

Innovative Composite Material Balances Rigidity with Superior Vibration Damping

New Qubit Architecture Paves Way for Scalable Quantum Computing

AI Breakthrough Enhances Quantum Chemistry Modeling