A tiny pinch of plutonium appears to be the first weighted sample of Pu-239 ever created by the element’s discoverer, Berkeley Lab great Glenn Seaborg, in August of 1942. More>
Co-discoverers of the chemical element Lawrencium (Lw, now Lr) inscribe their newest chemical discovery onto the periodic table. Lawrencium was named in honor of Ernest Lawrence. This 1961 photo included (l-r) Robert Latimer, Albert Ghiorso, Torbjorn Sikkeland, and Almon Larsh.
October is typically prime fire season in the dry hills of Berkeley, and our onsite firefighters are ready for battle, should flames arise. Things were no different 64 years ago, as this photo taken on Oct. 21, 1950, shows.
Nobelist Emilio Segrè’s Wham-O “Pluto Platters” were recently rediscovered at the Lab. He and fellow Nobel-prize winner Owen Chamberlain often threw the discs to relax between experiments. The Pluto Platter was designed to appeal to UFO crazed Americans in the 1950s. Go here to watch a video of the Frisbee flying once more.
Uranium was long seen as the end of the periodic table, until 1932 when E.O. Lawrence invented the cyclotron, which smashed atoms and particles together, transforming one element into another. This is how synthetic plutonium was created in 1940 by a team led by Glenn Seaborg. More>
Photo includes Don Littlefield, Jack Wilson, Robert Cornog, Stephen Hurlburt, William Twitchell, and Dick Connell
Craig Hollowell and Greg Traynor prepare the Mobile Atmospheric Research Lab to study air pollution in 1981. This photo and many other Lab images are featured on the Lab’s Instagram account. Go here to check them out.
The journey begins with the Atomic Energy Commission’s 1973 finding that fusion energy research would benefit from high performance computing, the computing center’s move from Livermore Lab to Berkeley Lab in 1996, the various name changes during that time, and research highlights. More>
We’ve taken safety seriously here for a long time. Here’s our Disaster demonstration First Aid team in 1952. Photo >
Researchers around the nation use NERSC to explore the scientific foundations for clean and sustainable energy technologies and develop new and improved materials to enable these technologies, including projects in “green” energy and materials science. More>