A research team led by Lawrence Berkeley National Laboratory (Berkeley Lab) has developed a new imaging technique that could allow modern medical scanners to image targeted alpha therapy (TAT), an…

The modern periodic table creates the illusion that chemistry is a solved puzzle. With every row and column of the table filled — either by atoms studied for centuries or man-made ones observed only…

Berkeley Lab’s collaboration, internship, and outreach programs thrive for one simple reason: our incredible staff. Initiatives like the A-LIFT program are highly successful because of dedicated…

After the conclusion of the EU-led GERDA and the US-led MAJORANA DEMONSTRATOR (MJD) experiments, the two collaborations, along with additional experts in low-background neutrino research, joined…

Discover how the CUPID experiment, a revolutionary new project, aims to shed light on this mystery by looking for a rare process called neutrinoless double beta decay. Tune in to learn more about the…

Discover the challenges of creating these elements, the mysteries of their chemical properties, and Berkeley Lab’s rich history of superheavy element discovery, including the current pursuit of…

For nearly a century, magnet technology at Berkeley Lab has shaped global research, enabling massive machines and major discoveries — and there’s more yet to come.