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Explore the future with our Nanotech blog-covering innovations, research, applications and breakthroughs shaping science, medicine and modern technology.
Inspired by bacterial injection systems, the programmable nanosyringe mechanically crosses synthetic membranes, controls molecular transport, and switches biochemical reactions on inside cell-sized compartments. Paper: A programmable DNA origami nanosyringe for directed membrane translocation. AI-generated conceptual…
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The new PEG-ZnO coating enhances face masks and gowns with lab-proven nanotech that resists pathogens without compromising breathability…
PI (Physik Instrumente), a global leader in nanopositioning and precision motion systems, today announced the launch of its…
A microscopic difference in atomic structure changes how water moves. A new study explores why this matters for…
With quercetin as a natural reducer and stabilizer, ZnS quantum dots break down stubborn dyes and disrupt bacterial…
On November 20, H.E. Mr. Máté Pesti, Ambassador Extraordinary and Plenipotentiary of Hungary to the People’s Republic of…
Turning nanodisks into nanostars, researchers have designed a tunable platform for sharper, more reliable chemical sensing. High-resolution SEM…
Researchers at Karlstad University synthesized a novel cellulose nanomaterial that employs a specialized Fenton oxidation process. This method…
Researchers are increasingly using micro- and nanoscale structures for more precise control of heat flow in extreme-power electronic…