Materials Science

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

Novel material, merging silicon nanoparticles and organic elements, holds promise to transform solar power efficiency and cancer treatment.

Scientific Breakthrough: Metals That Spontaneously Heal Themselves DiscoveredIn a groundbreaking scientific revelation, researchers have witnessed an unprecedented phenomenon: metals exhibiting …

University of Washington researchers unlock 2D-like properties in bulk graphite, expanding possibilities for technological innovations.

Researchers overcome obstacle in 2D electronics by observing spin structure in magic-angle graphene, opening new possibilities for quantum computing.

Revolutionary study challenges crystal understanding, revealing stable random arrangements with new properties. Implications for materials science and technology.

Liverpool researchers develop an algorithm predicting atomic structures, advancing sustainable technology development.

Researchers develop a breakthrough ferroelectric polymer that converts electrical energy into mechanical strain, opening new possibilities in soft robotics and …

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

Revolutionary metallic gel enables 4D printing, shape-shifting, and high electrical conductivity in room temperature 3D prints.