Livermore scientists and engineers are combining mechanical computing with 3D printing as part of an effort to create “sentient” materials that can respond to changes in their surroundings.

Physics Nobel laureate Donna Strickland spoke at the Laboratory.

New research shows that synthetic solid-state nanopores can have finely tuned transport behaviors much like the biological channels that allow a neuron to fire.

This book presents recently developed computational approaches for the study of reactive materials under extreme physical and thermodynamic conditions.

A research team successfully produced superionic ice.

Virtual reality technology finds real-world applications at the National Ignition Facility.

We report the use of freeze-dried live cells as the solid filler to enable a new living material system for direct ink writing of catalytically active microorganisms with tunable densities and various self-supporting porous 3D geometries.

Nicolas Schunck, from the Nuclear Data and Theory Group in NACS, has edited a new book entitled Energy Density Functional Theory for Atomic Nuclei.

Researchers have developed a new high-speed 3D printing method called Computed Axial Lithography.

Livermore scientists have been researching and developing quantum systems for a decade