Inside the explosives issue
After 76 years in business, we know a thing or two about things that go “boom.”
Read Nowabout the article: Inside the explosives issueCovering up
A new weather enclosure at the Lab’s DARHT facility will keep experiments on schedule and boost worker safety.
Read Nowabout the article: Covering upLearning from the best
The Lab’s Deputy Director for Weapons teaches students at Texas A&M University.
Read Nowabout the article: Learning from the bestOn the road to Los Alamos
Students at Northern New Mexico College now have a path to careers as radiation control technicians at the Laboratory.
Read Nowabout the article: On the road to Los AlamosQ&A: Ask a physicist
Tina McKee answers four questions about her work on a recent hydrodynamic experiment.
Read Nowabout the article: Q&A: Ask a physicistAnatomy of a mushroom cloud
Nuclear blasts appear different under different conditions.
Read Nowabout the article: Anatomy of a mushroom cloudDevils in the details
Making the detonators that jumpstart nuclear weapons involves teasing out “devils” to ensure reliable performance.
Read Nowabout the article: Devils in the detailsWhat do rocks and explosives have in common?
Two scientists are applying what they know about the granular microstructure of rocks to high explosives—a novel approach that could predict how explosives age.
Read Nowabout the article: What do rocks and explosives have in common?Eco boom
Explosives such as TNT are highly toxic to produce. That’s why the lab is designing safer, greener replacements.
Read Nowabout the article: Eco boomEntering the world of augmented reality
First responders train to dismantle improvised explosive devices from the safety of the computer world.
Read Nowabout the article: Entering the world of augmented reality