Fe-based amorphous alloys offer a promising alternative with low coercivity and minimal core losses, but their low saturation magnetization hinders their use in high-power-density devices.

A team of researchers has developed a groundbreaking high-temperature copper alloy with exceptional thermal stability and mechanical strength. The research team's findings on the new copper alloy ...

Written and directed by Sarah Friedland, “Familiar Touch” is the opening-night selection Wednesday in the New Directors/New Films festival and a terrific leadoff for the annual event.

A record 51 films shooting in the Golden State will receive a government incentive in the latest round of the state’s film and television tax credit program, according to the California Film ...

Led by an openly LGBTQ+ main cast and becoming one of the first gay rom-coms to be produced by a major studio, the film follows podcast host and curator Bobby, who finds himself unexpectedly ...

RHAAPsody, a machine learning system from PNNL, identifies subtle changes in thin film growth faster than human experts, paving the way for autonomous research.

They have found that as this film gets thinner, its conductivity increases, which is the opposite of how copper behaves. They started with a sapphire substrate and then applied a seed layer of niobium ...

Prof. ZHANG Guangyu from IOP, corresponding author of the study, said that the vdW squeezing technique offers an effective atomic-level method for manufacturing 2D metal alloys, as well as amorphous ...

Zhang Guangyu from IOP, corresponding author of the study, said that the vdW squeezing technique offers an effective atomic-level method for manufacturing 2D metal alloys, as well as amorphous and ...