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Scientist working at spectrometry system.
// S&T Highlights
Livermore and Texas A&M scientists gain a better understanding of how radiation defects form
Cover of Journal of Computational Chemistry
// Journal Covers
New tool for faster, more accurate analysis of chemical bonding
Artist's representation of neitron beta decay
// S&T Highlights
A new calculation of nucleon axial coupling offers insights into the properties of neutrons.
U.S. Naval vessel
// S&T Highlights
Livermore researchers are collaborating with the U.S. Navy on 3D-printing critical replacement parts.
Protein filaments align themselves in parallel in large domains
// S&T Highlights
An international research team has developed an x-ray-based method to study individual amyloid fibrils
Scientists examine portable diagnostic machine capable of probing inside metal parts
// S&T Highlights
A Livermore team has designed and built a portable diagnostic machine capable of probing the melt pool in additive manufacturing processes to improve part quality.
Backscattered scanning electron microscope image of meteorite
// S&T Highlights
Scientists have determined how and when the red planet’s crustal topographic and geophysical divide formed by examining an ancient Martian meteorite.
Scientists analyze forensic bone samples
// S&T Highlights
A Livermore-led scientific team has developed a science-based, statistically validated way to use protein markers from human bones for identification
The PROSPECT neutrino detector.
// S&T Highlights
he Precision Reactor Oscillation and Spectrum Experiment will probe the possible existence of a new form of matter—sterile neutrinos
Moving a massive magnet across Laboratory grounds in 1981
// A Look Back

Over a busy weekend in early May 1981, a method used by the ancient Egyptians to build the pyramids was used to move a massive piece of 20th century technology across the Lab grounds.