New research led by the University of Liverpool in collaboration with the University of New South Wales (Sydney, Australia) ...

The mechanisms of assembly and function for many important type I/II (single-pass) transmembrane (TM) receptors are proposed to involve the formation and/or alteration of specific interfaces among ...

Zoom in on a crystal at a microscopic level, and you'll find that what makes it unique is its highly ordered structure. A colloidal crystal has a similar ordered structure, but with the addition ...

Using the ALMA radio telescope array, astronomers have investigated the disks of gas and dust around young binary stars to better understand how these systems procure planets.

SiC nanowire based electronics hold promise for data collection in harsh environments wherein conventional semiconductor platforms would fail. However, the full adaptation of SiC nanowires as a ...

Physics Bizarre crystal made only of electrons revealed in astonishing detail To capture the clearest and most direct images of a “Wigner crystal”, a structure made entirely of electrons ...

The mesmerizing beauty and the vast array of physical properties of crystals are a direct result of their internal ordered structures. Here are some key properties: Optical Properties ...

That's how the project went from 2.2 million new structures to focusing on the 380,000 best options. This data was also fed back into the model, enhancing its predictive powers.

DeepMind published 381,000 of the 2.2 million crystal structures that it predicts to be most stable. The breakthrough increases the number of known stable materials by a factor of ten.

Where abstract meets the physical Google’s DeepMind finds 2.2M crystal structures in materials science win Trove of combos is >45 times larger than number unearthed in entire history of science.

The 0.02-mg crystal array was able to lift a 20-mg nylon ball – that’s 1,000 times its own mass. “What’s exciting is that these new actuators are much better than the ones we had before ...