nanoHUB

#Quantum thermometer or optical refrigerator? http://bit.ly/2rKz8qm pic.twitter.com/NPvGf70YFA

MOSCap Demonstration: video of simulation of a MOS capacitor using nanoHUB's MOSCap tool http://bit.ly/nH-Ani25 pic.twitter.com/NaiiFQCkJ1

Peering at the crystal structure of lithium http://bit.ly/2t3ivtT pic.twitter.com/leKxRMPYmB

Simulate the electrical and thermal properties of a #graphene field-effect transistor with #nanoHUB's GFET tool http://bit.ly/nH-GFET pic.twitter.com/XxwDOXZHEw

Magnetic nanoknots evoke Lord Kelvin's vortex theory of atoms http://bit.ly/2rK0nBH pic.twitter.com/9z3ZCC39E7

Thrust Coefficient Losses in Additively Manufactured Low Thrust Nozzles http://bit.ly/nH-Op431 pic.twitter.com/g0tyiCQyGR

Physicists settle debate over how exotic #quantum particles form http://bit.ly/2tBYU1x pic.twitter.com/hDGSAUvnlr

Model in which carrier mean free path, graphene doping concentration (Fermi level) & number of layers are considered http://bit.ly/nH-Mod17 pic.twitter.com/zOD1XTZCRo

A single electron's tiny leap sets off 'molecular sunscreen' response http://bit.ly/2s3WbvM pic.twitter.com/eZVwJsbqNK

A Crash Course in #Nanophotonic Simulations http://bit.ly/nH-Op213 pic.twitter.com/YbuBESfPuK

Neuron transistor behaves like a brain neuron http://bit.ly/2t2P9MU pic.twitter.com/qWBQNEJKXj

Quick & Easy Guide to Carbon Structure Simulations using Crystal Viewer Tool http://bit.ly/nH-TM37 pic.twitter.com/Njhd4szQke

Chemists create 3-D printed #graphene foam http://bit.ly/2s3E6xV pic.twitter.com/QibHmz1R51

nanoHUB's "MOSFet Animation" shows simulation of MOSFET device using the MOSFet tool http://bit.ly/nH-Ani5 pic.twitter.com/ucnlrMzsUA

Switchable DNA mini-machines store information http://bit.ly/2sZePsV pic.twitter.com/dY6yXTf14v

Update for our avid tutorial viewers. We won't have a tutorial this month, but we do have an exciting talk from @nanoHUBnews on July 26th!pic.twitter.com/uvsr6YmsLt

Study advanced methods for simulating nanophotonic, plasmonic, & metamaterial systems http://bit.ly/nH-NPM  #nanoHUB-Upic.twitter.com/zvZunYxc23

Sound waves direct particles to self-assemble, self-heal http://bit.ly/2tJI0gB pic.twitter.com/0iNPQKroGt

View Professor Datta's "Graphene Bandstructure" presentation here! http://bit.ly/nH-Op196 pic.twitter.com/fICgrZwZq8

Giving robots a sense of touch http://bit.ly/2sifMM8 pic.twitter.com/oYCcZuI7u8