General audience book by Livermore's Greg Brennecka argues that Earth would be a lifeless, inhospitable piece of rock without being fortuitously assaulted with meteorites throughout the history of the planet.
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Science and Technology
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Livermore researchers developed and demonstrated a technique for detecting, identifying, and quantifying the minor components found in the insensitive high explosive TATB.
Livermore’s innovative 3D battery designs increase power density and longevity for remote applications.
Laboratory recipients of the Department of Energy’s Office of Science Early Career Research Program awards continue to make advances in fundamental science research.
Livermore scientists have simulated the hydrogen storage reactions in a promising material and discovered why hydrogen uptake slows as the material absorbs hydrogen.
One current and two former Lawrence Livermore scientists have been inducted into the Laboratory’s Entrepreneurs’ Hall of Fame.
Livermore scientists and their collaborators have developed an open-source, high-performance simulator for studying large-scale geological carbon dioxide storage.
A White House summit convened leaders in fusion from government, industry, and academia, including Laboratory Director Kim Budil, to discuss a strategy for developing commercial fusion energy.
The Laboratory’s cybersecurity, data science, and systems-engineering expertise provides layered, strategic protection for electrical grids, water utilities, railways, and pipelines