Material Science

Breakthrough in Oxide Glass Toughness Achieved by ResearchersA team of researchers has successfully enhanced the resilience of oxide glass through …

Unveiling Hidden Transition: Researchers reveal how supercooled liquids shift from liquid to solid state, opening new material possibilities.

Diamond’s dominance in quantum sensing is challenged by hBN’s potential, as TMOS researchers discover methods to stabilize its atomic defects.

Revolutionary liquid nanofoam technology enhances safety gear, promising improved comfort and protection in sports, vehicles, and medical devices.

Researchers discover surprising properties of the cytoskeleton, paving the way for hightech materials inspired by nature.

Discover the captivating world of chemical gardens, their growth, patterns, and self-healing properties, unraveling the potential for self-repairing materials.

Chemists find weaker bonds make polymers 10x stronger. Breakthrough for longer-lasting tires & reduced microplastic waste. MIT & Duke study.

KISS: A new, simple method developed by scientists to create large, pure 2D materials, offering potential for future device fabrication.

A simple thought experiment: would you prefer to collide with a brick wall or a mattress? For most, the answer…