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    • 95 (americium) and 96 (curium)

      • At the Met Lab, Ghiorso developed instruments for detecting radiation associated with nuclear decay and spontaneous fission. This led to his and Seaborg’s 1944 discovery of two new elements: 95 (americium) and 96 (curium) by irradiating plutonium.
      ahf.nuclearmuseum.org/voices/people/albert-ghiorso/
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  2. Dec 26, 2010 · Between 1945 and 1955, he co-discovered elements 97-101 (berkelium, californium, einsteinium, fermium, and mendelevium). Using radiation measurements, he also proved that the Soviets did in fact conduct their first nuclear test on August 29, 1949.

  3. Jan 3, 2011 · Albert Ghiorso, lifelong nuclear scientist at Lawrence Berkeley National Laboratory, the co-discoverer of twelve chemical elements, more than anyone else in history, died December 26, 2010, at the age of 95.

  4. Albert Ghiorso was a 20th-century American scientist who discovered twelve radioactive elements - more elements than any other person! Let's learn about his life, education and major...

  5. Jan 21, 2011 · Albert Ghiorso co-discovered 12 chemical elements, more than anyone in history. He died in December at the age of 95. His memorial service was last weekend in Berkeley, California.

  6. Jul 1, 2011 · Albert Ghiorso, the celebrated nuclear scientist who co-discovered more elements than anyone in history and a prolific inventor of nuclear techniques and machines, passed away from natural causes on 26 December 2010 in Berkeley, California. Ghiorso was born in Vallejo, California, on 15 July 1915.

  7. Albert Ghiorso, 95, a retired Lawrence Berkeley National Laboratory (LBNL) nuclear researcher and codiscoverer of 12 chemical elements, died on Dec. 26, 2010, at his home in Berkeley, Calif., of ...

  8. Jul 15, 2015 · Altogether, Albert Ghiorso was involved in the discovery of 12 elements, more than any other researcher. He developed radiation detectors that allowed the characterization of heavy elements and designed experiments such as the measurements that led to the discovery of einsteinium and fermium.

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