From Our Blogs

Using computer simulations and X-rays, researchers “saw” why lithium ions move slowly in a solid electrolyte at the electrolyte-electrode interface.

In an interview, Yale physicist Helen Caines marvels at the search for a better understanding of subatomic phenomena.

Meng's research focuses on synthesis of inorganic, organic and hybrid nanomaterials in precisely controllable modes at the atomic and molecular level.

The new phenomenon dubbed "collectively induced transparency" (CIT) causes groups of atoms to abruptly stop reflecting light at specific frequencies.

The team devised a chemical strategy that delivers specifically designed molecules called universal dynamic crosslinkers into mixed plastic streams.

Lincoln research aims to transform sorghum into a sustainable feedstock for the bioeconomy with renewed support from DOE.

Daniel Tapia Takaki, a University of Kansas associate professor, was appointed to serve on the Nuclear Science Advisory Committee earlier this year.

Steve Martin is studying glassy solid electrolytes to increase the energy density of li-ion batteries, which could allow a five-minute, full charge.

First-generation college grad, a double major in physics and mechanical engineering, directs her passion for science and research into power.

Understanding how hydrogen atoms interact & combine to form different phases of matter like solids, liquids, & gases also requires quantum mechanics.