|Berkeley, Dubna—Albert Ghiorso, Torbjørn Sikkeland, Almon Larsh, Robert M. Latimer, Georgy Flerov, I. Zvara, G. M. Ter-Akopian, V. A. Shchegolev, V. L. Mikheev elements
In 1961, researchers at Berkeley bombarded californium having a mix of isotopes adding measures to remove lead and bismuth impurities with boron ions knocking reaction products into helium, stopped, and collected on a moving tape that passed under spectrometers. Between 1965 and 1970, researchers at Dubna bombarded americanium with oxygen isotopes knocking reaction products from a notched copper disk into argon, stopped, and detected granddaughter fermium isotopes using ion-exchange separation. In 1971, Berkeley conducted a series of experiments to measure the decay products of lawrencium isotopes to confirm the results of both Berkeley and Dubna.
Atomic number 103
The International Union of Pure and Applied Chemistry Trans-fermium Working Group decided in 1971 the Berkeley had discovered lawrencium even though Berkeley’s data was unconvincing, and decided in 1992 that Dubna’s data was more convincing and that, regardless, both Berkeley and Dubna had discovered lawrencium.
Like a professional saboteur, he has no permanent address. We know he’s been in town because machines at the factory are broken. If he had a step-child, and if his step-child had a daughter, she wouldn’t know what he did for a living. You could call it a living, or you could call it an infliction. All we know is that it leaves a toxic trail difficult to attribute to a cause.