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A group of DOE-funded scientists recently released new climate solution data sets that provide insights for Earth's future.
Data collected by an Urban Integrated Field Laboratory will help scientists understand climate change in the city’s most vulnerable neighborhoods.
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.
Researchers discovered the structure and biochemical activity of the enzyme involved in turning the sugar galactose into an important pectin component
A team co-led by Berkeley Lab has discovered a metabolic process in bacteria that could be a sustainable source of carbon-based products for industry.
Argonne and Stanford University researchers used ultrabright X-ray beams to understand materials important to the production of hydrogen.
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.