ثلاثي يمهد الطريق لنوع جديد من الصناعة بعد تطوير محركات وأجهزة أدق من الشعرة.
Un trío que construyó motores y dispositivos de una fracción del tamaño del ancho de un cabello humano ha establecido el escenario para un nuevo tipo de industria.
A trio who built motors and devices a fraction the size of a human hair has set the stage for a new type of industry
DNA origami—the art of folding DNA—has expanded hugely in the 10 years since its conception. Nature Video finds out how you can fold DNA into robots.This article was reproduced with permission and was first published on March 18, 2016. It is a Nature Video production.
A novel twist on the young field of optogenetics may provide a new way to study living human brains as well as offering innovative therapeutic uses.
High-pressure cycles unexpectedly convert benzene into superstrong and ultrathin threads. Will they put a space elevator within reach?
A teeny device for fundamental genetics
Rebuilding plants into bionic superpowered energy photosynthesizers—we have the nanotechnology
Researchers are developing cutting-edge foams, coatings, metals and other substances to make our homes, vehicles and gadgets more energy efficient and environmentally friendly
Thinking Outside of the Toy Box: 4 Children's Gizmos That Inspired Scientific Breakthroughs [Slide Show]
Brilliant minds reach back to childhood to help them develop tiny transistors, study particle separation, make microfluidics devices, and fight cancer
A single carbon nanotube can function as a radio that detects and plays songs
The black hole has a troublesome sibling, the naked singularity. Physicists have long thought--hoped--it could never exist. But could it?
A University of Michigan researcher coats cotton with carbon nanotubes in the hope of making duds that alert emergency crews of injured victims