Surprisingly strong and deformable silicon buff.ly/2znNbvh #nanotechnology #electricalengineering #scienceandtechnology #materialsscience

Smallest cavity for light realized by graphene plasmons buff.ly/3d3DEY7 #nanotechnology #graphene #electronics #science #research #engineering

How many soft #robots does it take to change a lightbulb? Shanghai Jiao Tong University Zhejiang University – Find out: ow.ly/Ynhv50Abc6v

Laser allows solid-state refrigeration of a semiconductor material buff.ly/31xrx34 #nanotechnology #technology #semiconductor #electronic #research #photonics

Tiny bubbles make a quantum leap buff.ly/3escaf9 #futurism #computing #nanotechnology #2dmaterials

New materials for extra thin computer chips buff.ly/3epYl0N #nanotechnology #scienceandtechnology #computing #materialsscience

Electron refrigerator: Ultrafast cooling mechanism discovered in novel plasma bit.ly/2Zc3dS4

Detecting single molecules and diagnosing diseases with a smartphone bit.ly/3rNZUwQ

Scientists manipulate magnets at the atomic scale bit.ly/2Onck03

statnano.com/news/68667/Vib…

Can #VirtualReality be used as a tool for training doctors to become more empathetic and understanding? Our latest guest authors make the case in the latest PLOS Your Say blog post. #medschool #socialmedicine plos.io/2YZeQvv

Happiness is the wisdom which makes us realize that we are not wise enough to define happiness

Target-oriented design of helical nanotube molecules for rolled incommensurate bilayers nature.com/articles/s4200…

This one-part ink made from a carbon nanotube-silicone composite allows researchers to print flexible and conductive designs that cure at room temperature without prior mixing. VCU College of Humanities and Sciences VCU Check it out: ow.ly/fGnk50LXyK0

The miniature ❤ on the left, and valve on the right are made using a single-walled carbon nanotube/polymer composite that is embedded in a hydrogel. The structures contract and relax in response to light from a laser. Read the article: ow.ly/Tv4f50MiRgo

Our latest work on the precise synthesis of nanotube with defined length, diameter, and chirality is now published Nature Synthesis with open access. Check out the “covalent organic pillars” COP-1! nature.com/articles/s4416…

Schrodinger’s problem is an approximation (regularization using diffusion) of the Optimal Transport problem. arxiv.org/abs/1308.0215