We support diverse research activities with talented staff, state-of-the-art facilities and core competencies. From internal collaboration to external partnerships, we work together to advance scientific discovery.
The El Capitan supercomputer will give complex high-fidelity modeling, artificial intelligence and simulation an exascale boost. Learn how it will support national security and stockpile stewardship.
We support diverse research activities with talented staff, state-of-the-art facilities and core competencies. From internal collaboration to external partnerships, we work together to advance scientific discovery.
The El Capitan supercomputer will give complex high-fidelity modeling, artificial intelligence and simulation an exascale boost. Learn how it will support national security and stockpile stewardship.
LAB REPORT Science and Technology Making Headlines Nov 7 2014 Wind turbines can produce different amounts of power due to different shapes in the wind Photo by Jacqueline McBrideLLNL Going green going clean In an effort to bring useful innovative clean energy technologies to market faster the Energy ...
Lab Report Get the latest LLNL coverage in our weekly newsletter The Lab Report is a weekly compendium of media reports on science and technology achievements at Lawrence Livermore National Laboratory Though the Laboratory reviews items for overall accuracy the reporting organizations are responsible ...
Patents Threaded Insert for Compact Cryogenic-Capable Pressure Vessels Francisco Espinosa-Loza Timothy O Ross Vernon A Switzer Salvador M Aceves Nicholas J Killingsworth Elias Ledesma-Orozco US Patent 9057483 B2 June 16 2015 High Strain Rate Method of Producing Optimized Fracture Networks in Reservoirs ...
Taking Implantable Microsystems to the Next Level Back to top Livermore researchers have integrated optical capabilities into their patented flexible thin-film neural implants Capable of delivering light for neural activation the devices could provide a high-resolution minimally invasive method for ...
Just Passing Through Bridging the Communications Gap Between Cells and Circuits To join the worlds of biology and electronics a team at Lawrence Livermore developed a sensing device bottom that mimics top a cell and its membranein which proteins act as a conduit through the membranes lipidstranslating ...
Research Highlights
S&TR June 2015
Just Passing Through
Bridging the Communications Gap
between Cells and Circuits
N
ATURE and scientists have both come up with clever and
efficient ways to move information around in their respective
systems. Whereas living cells use ion fluxes moving across
cell membranes to transmit instructions and other information,
electronic devices, such as computers, use electrons moving
through wires ...
Back Ask LLNLs second skin creators anything Download Image Lab scientists from left Ngo Bui Eric Meshot Kuang Jen Wu and Francesco Fornasiero will talk about their role in developing a highly breathable smart material intended to protect soldiers from chemical and biological threats while preventing ...
Back Ask LLNLs second skin creators anything Download Image Lab scientists from left Ngo Bui Eric Meshot Kuang Jen Wu and Francesco Fornasiero will talk about their role in developing a highly breathable smart material intended to protect soldiers from chemical and biological threats while preventing ...
Sept 7 2016 Lab scientists from left Ngo Bui Eric Meshot Kuang Jen Wu and Francesco Fornasiero will talk about their role in developing a highly breathable smart material intended to protect soldiers from chemical and biological threats while preventing heat stress and exhaustion Download Image Previous ...
Sept 7 2016 Lab scientists from left Ngo Bui Eric Meshot Kuang Jen Wu and Francesco Fornasiero will talk about their role in developing a highly breathable smart material intended to protect soldiers from chemical and biological threats while preventing heat stress and exhaustion Download Image Previous ...