Under the right circumstances, electrons can actually “freeze” into a bizarre solid form. Now, physicists at Berkeley Lab ...

If the usage of TR-SFX can be extended to non-protein samples, it will unlock opportunities to investigate real-time motion across ... changes in solid-state molecules in real time. Director Ihee of ...

we can examine the conditions at a solid surface on a molecular scale. When a fluid is stationary, its molecules are in a constant state of motion with a random velocity v. For a gas, v is equal to ...

Flows involving solid particles are used extensively in the chemical process ... The goal of this work is to use discrete-particle or “molecular-dynamic” simulations of granular systems to gain ...

To engineer these solid-state nanoscale machines, metal–organic frameworks (MOFs) were used as a foundation, integrating ...

A study found that a simple brain circuit involving BDNF neurons controls jaw movements and eating behavior, acting like a ...

Their further incorporation into surfaces and interfaces leads to amplified directional molecular motion at the nanoscale ... their functionality in the solid state and enrich their applicability.

At the time of this interview Dr. Taubenberger was a pathologist at the Armed Forces Institute of Pathology in Washington, D.C., and he headed the institute’s division of molecular pathology.

For a solid, these microscopic motions ... varying degrees from actual temperature. On the molecular level, temperature is the result of the motion of particles which make up a substance.

With regenerative implants, 3D printing, and study of cells, University of Tennessee researchers are transforming the ...

A specific discovery that was enabled by these methods involves the ubiquitous intermittent motion (i.e. “hopping diffusion ... and structure of SAMs, ultra-thin molecular films adsorbed from solution ...