Atomic-scale defects in an unusual metal may offer a new way to control quantum states.…
Browsing: Nanotechnology
Nanotechnology is the science and engineering of manipulating matter at the nanoscale—typically between 1 and 100 nanometers—where the unique properties of atoms and molecules can be harnessed for innovative applications. It bridges physics, chemistry, biology, and materials science to design new structures, devices, and systems with extraordinary strength, conductivity, or reactivity. From targeted drug delivery and cancer treatments to quantum computing, advanced electronics, and renewable energy technologies, nanotechnology is transforming medicine, industry, and environmental science. By controlling matter at the smallest scale, researchers are unlocking powerful tools to shape the future of technology and human health.
Natural killer cells reprogrammed inside mice eliminated lymphoma tumors and helped damaged livers heal, though…
A long-overlooked material has revealed a hidden atomic pattern that challenges conventional expectations about magnetism.…
Diamonds recovered from plastic contain roughly 3,000 atoms each and could be modified with other…
Two experimental alloys resisted cracking at −424°F by forming new crystal defects, offering a possible…
Vanillin could help form wound-care materials while supplying antibacterial activity, a combination made more practical…
A study of twisted two-dimensional semiconductors reveals how subtle material disorder can emerge at different…
Researchers have created a cobalt-based thin film in which local honeycomb structures generate strong magnetic…
Reshaping a laser beam let engineers switch thicker magnetic materials with light, expanding the possibilities…
Researchers used nanoscale manufacturing techniques from the semiconductor industry to design a copper current collector…
Researchers can now rewrite glass chemistry while it is still molten, unlocking properties that extreme…
Scientists have filmed a crystal of tiny magnetic vortices melting and reshaping in real time,…
Tiny silver catalysts work differently when solid oxide cells generate electricity and when they produce…
A microbial metabolite called 3,4 dihydroxybenzoic acid, derived from dietary fiber, improved antitumor immunity in…
Optical structures based on the Smith hat produced unusual light patterns that reflected their lack…
3D atomic imaging of advanced materials provides new insights into transitions such as liquids freezing…
A new polymer coating helps water droplets form and detach faster, boosting condensation heat transfer…
Electronic fluctuations can act as a resonant bridge between normally separate crystal vibrations, offering a…