From the Blog

Scientists used iridium hydride catalysts photoactivated by blue light, which ultimately synthesized ammonia - all at room temperature.

Researchers found that defects in two-dimensional transition metal dichalcogenides contained the atomic properties conducive to make qubits.

Recent research demonstrates how a new class of polymers can produce small, precise patterns on the nanometer scale.

CalWave launched its (and California’s) first at-sea, long-duration wave energy pilot project, bringing the xWave technology closer to providing grid-connected electricity for coastal communities.

Xipeng Shen is accelerating supercomputing results and obtaining finer-grained, more accurate scientific simulations.

After discovering a groundbreaking way to create an elastic light-emitting polymer, engineers developed high-brightness, stretchy color displays.

LLE Director Michael Campbell joined stakeholders to discuss the development and commercialization of fusion as a safe, clean, reliable energy source.

Researchers at MIT have developed a technique for making quantum computing more resilient to noise, which boosts performance.

Acting Assistant Secretary Jennifer Wilcox participated in various panels and meetings at CERAWeek 2022, alongside other DOE experts, to discuss the role FECM has in helping the nation achieve net-zero emissions by 2050.

Elia Merzari, associate professor of nuclear engineering, will use the resource to deliver nuclear reactor simulations at an unprecedented scale.