Discover how natural fibers and 3D printing technologies are revolutionizing prosthetic sockets, making them more affordable and accessible worldwide.
Explore how linseed oil-based thermosets created through Aza-Michael polymerization offer sustainable alternatives to conventional petroleum-based plastics.
Explore how scientists characterize thin films and membranes - the invisible layers powering modern technology from smartphones to water purification.
Explore how chemistry transformed a sterile young Earth into a living planet through the fascinating process of abiogenesis and the landmark Miller-Urey experiment.
Discover how collapsed microgels are revolutionizing drug delivery and environmental cleanup through precise molecular release control.
Explore how freeform fabrication and 3D printing are revolutionizing space exploration by enabling on-demand manufacturing of tools, parts, and even habitats using local space resources.
Explore how Fourier-Transform Rheology decodes polymer molecular architecture through harmonic analysis of nonlinear behavior in homopolymer melts.
Explore the design, construction, and control of a robotic forearm prototype that combines mechanical principles, intelligent programming, and innovative materials.
Discover how polypyrrole-based nanocomposites are revolutionizing radioactive waste cleanup through molecular-level engineering and selective adsorption.
How scientists are trapping powerful molecules to create smarter, safer steroid hormone medicines using advanced drug delivery systems.