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Category: Nuclear Science

The Invisible Cannonball: Tracking Alpha Therapy for the Future of Cancer Treatment

Host Jennifer Pore (left) chats with Javier Caravaca Rodriquez (right foreground) and Oscar Henry Matousek (right background, with glasses) about the future of nuclear medicine. (Credit: Nuclear Science Division, Berkeley Lab)

Behind the Science: FIONA

Nuclear Science Division postdoc Marilena Lyklardopoulou (left) and Chemical Sciences Division graduate student Mirza Grebo (center) make adjustments as Jennifer Pore (right foreground), a researcher in Berkeley Lab's Nuclear Science and Chemical Sciences Divisions, shows viewers the FIONA spectrometer at the Lab's 88-Inch Cyclotron.

Offline Reinforcement Learning for VENUS Control

An icon/illustration of a computer screen (on the left) 'interacts' through "Action" (with and arrow pointing from left to right), as well as "Observation" and "Reward" (with arrows pointing right to left), with a representation of the VENUS Ion Source (on the right).

Data from Proton and Ion Targets Offers Synergies to Probe Meson Structure

Photoproduction of the ρ’ meson can occur on either proton or heavy (lead) nuclei. The two possibilities lead to the same 4-pion mass spectrum. (Credit: Neha Devi et al)

Di-nucleons do not form Bound States at Heavy Pion Mass

Baryon Scattering (BaSc) Collaboration logo icon with the letters "Ba" top left, "Sc" bottom right, and 2 small light blue circles, each with 3 circles inside (blue, red, and green) near the middle, all inside a white square with a thin black outline (Credit: BaSc Collaboration)

LEGEND-200 Publishes its First Results

Assembly of the LEGEND-200 detector strings. (Credit: Courtesy: M.Willer, former NSD postdoc)

NSD hosts Workshop on Radiological Data Fusion (RadFusion)

Group photo at the RadFusion Workshop. Courtesy of NSD

Super Cold and Super Tiny: the Electronics Behind the LEGEND-1000 Physics Detector

A prototype ASIC for LEGEND-1000, a planned physics detector. The ASIC is a microchip that will operate in a harsh environment in order to collect data. (Credit: Marcos Turqueti, Berkeley Lab)

Why the Energy Department’s science labs will spearhead the federal push into AI

Nighttime photo of the Vera C. Rubin Observatory, just one of many big facilities that are flooding the U.S. Department of Energy’s science labs with data and necessitating the greater use and exploration of artificial intelligence. Photo Credit: P.J. Assuncao Lago, NSF/DOE Rubin Observatory

The Ghost in the Detector: Are neutrinos the key in solving the universe’s antimatter mystery?

Word (yellow text) on dark blue background: Let's Get Nuclear, Cutting-edge research from Berkeley Lab's Nuclear Science Division. Below this logo is a photo of three people talking in a podcast studio: sitting around a conference table, each wearing large headphones, with laptop computers and microphones in front of each person.

The Quest for Element 120 and the Elusive Island of Stability

Word (yellow text) on dark blue background: Let's Get Nuclear, Cutting-edge research from Berkeley Lab's Nuclear Science Division. Below this logo is a photo of three people talking in a podcast studio: sitting around a conference table, each wearing large headphones, with laptop computers and microphones in front of each person.

In Memoriam: Rod Clark

Rod Clark

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