Figure 4: Competition between repulsive and attractive polaron resonances. Figure 4d shows the calculated spectral function in the strong-coupling regime. We see that the polaron peaks become ...

Polaron (London, U.K.) an AI technology that is reported to significantly accelerate the development of advanced materials from years to a matter of days, has won the £1 million inaugural Manchester ...

In this study, the team combined advanced transient spectroscopic techniques with theoretical calculation to uncover small polaron formation in Dion-Jacobson phase 2D perovskites, specifically in ...

The red ellipse represents the polaron interface states. (d) Thermovoltage between hot and cold end evolution of a PEDOT: PSS-xDAE (x = 38 wt.%) sample with the UV light turned on or off (the UV ...

Now, a team including Christian Jooss at the University of Goettingen in Germany and Yimei Zhu from the Brookhaven National Laboratory in the US has confirmed the role of polaron “melting” in colossal ...

Polaron's main nanotechnology ARM was due to ship its three, ordered atom probes to customers during the period. In the end, one made it to India during the half, while the other two left in the ...

Conditions mapped for the first time of polaron characteristics in 2D materials. TACC's Frontera supercomputer generated quantum mechanical calculations on hexagonal boron nitride system of 30,000 ...

Polaron is a material design tool for microstructures, tiny elements which are smaller than 0.1mm. It analyses images on this scale and then uses AI to “rapidly model and optimise” the material to ...

Jakob Stausholm took the top job to steady the ship and leaves after almost five years in the role ...

Feliciano Giustino leads effort to turn computational predictions into new materials. Artistic rendering of a hole polaron in hexagonal boron nitride. The white and blue spheres represent boron and ...