Explore how bacteria genetically resist toxic metals like nickel and cadmium, and their potential for bioremediation.
How the tools that unlocked the atom are now unraveling the secrets of cells through the lens of physics.
Explore how GaAs superlattices are revolutionizing technology through atomic-scale engineering of custom materials with tailored electronic properties.
Explore the fascinating world of spacecraft thermal control and thermomechanical interactions - the invisible shield protecting space vehicles from extreme temperatures and structural stresses.
Discover how nickel oxide nanoparticles enhance visual sensitivity and accelerate visual processes in bullfrog eyes, with potential applications for human vision enhancement.
Scientists have created a catalyst that efficiently breaks down carbon dioxide for thousands of hours, enabling factories to recycle emissions into fuel.
Discover how the canine distemper virus led to one of the first vaccines, revolutionizing immunology and saving millions of dogs worldwide.
Discover how single-cell multi-omics technology is transforming our understanding of biology by analyzing multiple layers of biological information from individual cells.
Discover how common salts and synergistic additives are transforming the production of 2D materials for next-generation electronics through enhanced chemical vapor deposition.
Explore the revolutionary field of bioelectronic medicine - using miniaturized electronic devices to interface with the nervous system for therapeutic purposes.