Explore the science behind thermal spray coatings, from molten splats to protective surfaces that enhance performance in aerospace, energy, and medical applications.
How ultramicrotomy, a technique born in biology, is revolutionizing materials science by enabling nanoscale analysis of materials from batteries to alloys.
Explore how materials science is revolutionizing Lab-on-a-Chip technology, enabling disease diagnosis from a single drop of blood with postage stamp-sized devices.
Discover how thermally induced phase separation is transforming everyday plastics into revolutionary porous materials with applications from environmental cleanup to medical advancements.
Discover how scientists optimize resorcinol-formaldehyde carbon nanoxerogels for revolutionary applications in energy storage, environmental cleanup, and medicine.
Discover how the Build-Your-Own-Extensometer (BYOE) is revolutionizing materials science education with low-cost, hands-on learning.
Explore how advanced surface treatments like Plasma Electrolytic Oxidation create invisible armor that enhances material performance and durability.
Explore the science of polymer blends and composites - advanced materials revolutionizing batteries, electronics, and sustainable technologies.
Discover how hybrid materials combine organic and inorganic components to create revolutionary materials with enhanced properties and applications.
Explore the fascinating science of chemorheology - how chemical reactions transform polymers from liquids to solids and revolutionize modern manufacturing.