Death:Death, Cause unspecified 30 December 1993 (Age 86) chart Placidus Equal_H.
Italian physicist, nicknamed Beppo, who contributed to the discovery of the pion or pi-meson decay in 1947, with César Lattes and Cecil Frank Powell (Nobel Prize for Physics). At the time of this discovery, they were all working at the H. H. Wills Laboratory of the University of Bristol. He died on 30 December 1993, aged 86, in Paris, France. The X-ray satellite SAX was named BeppoSAX in his honour after its launch in 1996. Link to Wikipedia biography Read less
Giuseppe Occhialini was a prominent Italian physicist born on December 5, 1907, in Fossombrone, Italy. He is best known for his contributions to particle physics, particularly his work on cosmic rays and the discovery of the pion (pi-meson) with Cecil Powell and César Lattes in 1947. This discovery, made using photographic emulsions exposed at high altitudes, was a landmark achievement in the understanding of fundamental particles and led to the Nobel Prize in Physics for Powell in 1950.
Occhialini's career spanned several prestigious institutions. He conducted research at the University of Florence, the Cavendish Laboratory in Cambridge, and the University of Brussels. Later, he returned to Italy and played a crucial role in establishing the G. Marconi Institute of Physics at the University of Milan and the Brazilian Center for Physical Research.
While concrete information about his specific projects beyond the pion discovery and his institutional contributions is readily available through traditional academic sources, digital traces of his presence, such as active social media accounts or personal websites, appear to be absent. This is understandable given his period of activity predating the modern internet era. Information about his work is primarily preserved in academic journals, publications, and archives of the institutions with which he was associated.
For a more in-depth exploration of Occhialini's scientific contributions and biography, it is recommended to consult scholarly databases like INSPIRE-HEP, the SAO/NASA Astrophysics Data System (ADS), physics journals and biographical entries within scientific encyclopedias.
It's important to note that finding comprehensive information on historical figures online can be challenging, especially for those whose careers predate the widespread adoption of the internet. Traditional research methods, such as library resources and archival inquiries, are often more fruitful in these cases.
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