Fitness & Health: IMAGE: (a)-(c) show how the Seebeck coefficient varies for 1D, 2D and 3D materials, while (d)-(f) show the…
Read More »Nanotechnology/Micromachines
Fitness & Health: IMAGE: Weimin Chen, professor at Linköping University. view more Credit: Peter Modin/LiU It may be possible in the…
Read More »
Fitness & Health: IMAGE: Professor Youhong Tang, Flinders University view more Credit: Flinders University A novel way to pinpoint and illuminate…
Read More »
Fitness & Health: IMAGE: In this figure, the hopping amplitude and existence of possible pathways for atomic migrations [panel (a)] can…
Read More »
Fitness & Health: IMAGE: Water is detrimental to electronic devices because it easily causes short circuits and accidents, such as overheating/ignition.…
Read More »
Fitness & Health: IMAGE: Phonon dispersion of diamond calculated at the variational Monte Carlo level by TurboRVB view more Credit: Kousuke…
Read More »
Fitness & Health: IMAGE: from left: The physicists Gerald Kothleitner (TU Graz), Ulrich Hohenester (Uni Graz) and Georg Haberfehlner (TU Graz),…
Read More »
Fitness & Health: Researchers at the University of Southampton have developed a new way of using nanomaterials to identify and…
Read More »
Fitness & Health: IMAGE: MIT engineers have devised a novel technique for imaging biological samples down to a resolution of 9…
Read More »
Fitness & Health: IMAGE: (a) Raster scanning: Trace scanning (red line) and retrace scanning (blue line) of the sample stage, …
Read More »