Science and Technology

in the News

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Viruses with superimposed images of people in labs
// S&T Highlights
To help the United States fight the COVID-19 pandemic, Lawrence Livermore did what it does best: quickly bring together interdisciplinary teams and diverse technologies to address urgent national challenges.
Chemical formulae and structures
// S&T Highlights
A research team has created machine learning models that can predict molecules’ crystalline properties from their chemical structures alone, such as molecular density.
Nuclear weapon blast simulation
// S&T Highlights
A Livermore team has taken a closer look at how nuclear weapon blasts close to the Earth’s surface create complications in their effects and apparent yields.
Xue Zheng (left) and Andrea Schmidt
// Recognition
Two scientists from Livermore are recipients of the 2021 Department of Energy’s Office of Science Early Career Research Program award.
B&W photo of Richard Post sitting next to giant magnet
// A Look Back
Livermore began investigating controlled thermonuclear reactions and fusion early in its history
Equipment in the Jupiter laser
// S&T Highlights
Researchers describe how a laser-plasma system can be tuned to produce large and measurable changes in the group velocity of light.
Lab equipment with laser
// S&T Highlights
Researchers have developed a light-activated switch that, if fully deployed, could reduce carbon emissions by more than 10 percent.
Title words and mujlticolored globular visualization
// S&T Highlights
The Livermore-led VisIt visualization and analysis tool has supported scalable, high-quality evaluation of simulation results for over 20 years.
Words of title with artist's image of men, light bulbs, blocks
// S&T Highlights
With a number of Department of Energy incentives and funding streams, Lawrence Livermore’s research commercialization efforts are changing the world and paving the way for technology’s next big thing.
Picture of Saturn
// S&T Highlights
Scientists have revealed experimental evidence that helium rain is possible over a range of pressure and temperature conditions expected to occur inside Jupiter and Saturn.