Sulle disintegrazioni nucleari prodotte dalla radiazione nucleonica a 3500 m s.l.d.m.

Buschmann, Joseph-Ernest; Quercia, I. F.; Rispoli, B.

doi:10.1007/bf02825611

Cited by 3 publications

(1 citation statement)

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“…the radiation producing nuclear disintegrations -and its connection to the behaviour of the nucleonic component of cosmic rays (see in particular [176]). Similar researches were performed at the Testa Grigia Laboratory by Italo Federico Quercia and Edoardo Amaldi with ionisation chambers [177,178]. Moreover, the mountain laboratory was used to study extensive air showers [179].…”

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The Italian contributions to cosmic-ray physics from Bruno Rossi to the G-Stack. A new window into the inexhaustible wealth of nature

Peruzzi,

Talas

2018

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From the late 1920s to the early 1950s, cosmic rays were the main instrument to investigate what we now call "high-energy physics". In approximately 25 years, an intense experimental and theoretical work brought particle physics from its childhood to its maturity. The data collected at that time played a crucial role in order to outline the quantum theories of fundamental interactions -electromagnetic, weak and strong -and they were an excellent training field for many young scientists. The knowledge acquired on cosmic rays constituted the basis of the extraordinary progresses that were to be achieved in fundamental physics with the introduction of particles accelerators. Many papers on this subject have already been published, both by historians and by the scientists who personally worked at that time. However, a complete historical reconstruction of those 25 years of cosmic-ray researches has not been written yet. In particular, an overall description of the researches carried out with the contributions of Italian physicists is still missing. The present paper tries to outline such a description, taking into account the fact that in those very years, for scientific and non scientific reasons, physics researches were getting organised within international collaborations. Without pretending to be exhaustive at all, we would like this paper to be a stimulus for further researches on the subject. PACS 01.65.+g -History of science. PACS 10.00.00 -The physics of elementary particles and fields. PACS 29.00.00 -Experimental methods and instrumentation for elementaryparticle and nuclear physics.

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confidence: 96%