Innovation Rooted in Exploratory Research
Commentary by William W. Craig
A Major Step for Fusion Energy
A “snowflake” cools inside a hot fusion reactor.
High-Performance Metal Coatings Produce Exceptional Bond Strength
This high-speed pulsed laser system can deposit corrosion-resistant alloys for aerospace, marine, and energy applications.
Improving Laser Beam Performance and Operational Reliability
A shadow-blocking device obscures optical imperfections to maximize laser beam energy and preserve optic reliability.
A Solid Solution for Neutron and Gamma-Ray Differentiation
An enhanced plastic scintillator material unambiguously distinguishes neutrons from gamma rays for nonproliferation and homeland security.
Making Boring Cutting Edge
A novel protective coating extends the life of disc cutters for tunnel-boring machines and other steel components that experience repetitive, high-impact forces.
Ten Times More Data for Shock-Physics Experiments
Lawrence Livermore and Los Alamos scientists are collecting 10 times more data from shock-physics tests, thanks to the multiplexed photonic Doppler velocimeter.
Simulation and Precision Engineering Lead to Extraordinary Results in Experiment
A new diagnostic called the all-optical probe dome measured material implosions at unprecedented velocities in a subscale integrated weapons experiment.
Breaking Down Nerve Agent Behavior
Computational chemistry offers an accurate and efficient method for exploring the complex behavior of chemical warfare agents.
Science & Technology Review is published eight times a year to communicate, to a broad audience, the Laboratory’s scientific and technological accomplishments in support of national security and other enduring national needs. The publication’s goal is to help readers understand these accomplishments and appreciate their value to the individual citizen, the nation, and the world.