An in-depth exploration of acetabular labral tears in dancers, including causes, symptoms, and groundbreaking research on prevention and treatment.
Explore how Single-Point Diamond Turning creates optical surfaces with roughness measured in nanometers, revolutionizing precision manufacturing.
How titanium nitride, a tough ceramic material, is revolutionizing plasmonics and the tiny devices that control light.
Discover SIFCON - the revolutionary flexible concrete that can withstand immense impacts and absorb catastrophic energy while maintaining structural integrity.
Explore how miniature vision-based navigation systems enable unmanned vehicles to navigate complex environments without GPS using AI and computer vision.
Discover how nickel-coated carbon fiber mirrors are transforming astronomy with lightweight, durable, and massive deformable optics for next-generation telescopes.
Exploring innovative engineering and commercial approaches for affordable lunar sample-return missions in the new era of lunar exploration.
Explore how nanostructured surfaces are revolutionizing technology through manipulation at the nanoscale, from self-cleaning surfaces to advanced biomedical applications.
Explore NASA's systematic approach to developing science instruments, observatories and sensor systems through strategic technology roadmaps and taxonomies.
Discover how scientists are engineering two-dimensional polymer membranes on water surfaces to revolutionize sustainable energy technologies.