Discover how wafer-scale heterostructured piezoelectric bio-organic thin films using glycine amino acids are transforming medical implants with biocompatible, biodegradable electronics.
Explore how nonuniform strain engineering transforms graphene's properties, enabling new electronic and quantum applications through controlled mechanical deformation.
Exploring how embodied cognition and social norms bridge the gap between environmental intentions and sustainable consumption behaviors.
Exploring how targeted educational interventions dramatically improve dental students' competence in managing sharps injuries and enhancing clinical safety.
Discover how monochromatic X-ray tomography at the Australian Synchrotron transformed CT scanning into a quantitative scientific instrument with unprecedented precision.
Explore how carbon nanotubes, materials stronger than steel and lighter than plastic, are revolutionizing everything from NASA missions to quantum computing and medical treatments.
Explore the fascinating fossil marine vertebrates from Nebraska's Graneros Shale, revealing a 95-million-year-old marine ecosystem in America's heartland.
Explore the fascinating world of thermo-viscoelasticity where materials have memory and heat controls their behavior. Learn about glass transition, DMA experiments, and real-world applications.
Discover how sleep transforms your brain, enhancing memory consolidation and cognitive function through fascinating scientific research.
Discover how storage temperature affects orthodontic elastics and your braces treatment. Learn the science behind polymer elasticity and temperature impacts.