Sub-fond CERN-ARCH-BELL-001 to 019 - Archives of John Stewart Bell

Identity area

Reference code

CERN-ARCH-BELL-001 to 019

Title

Archives of John Stewart Bell

Date(s)

  • 1951-01-01 - 1991-12-31 (Creation)

Level of description

Sub-fond

Extent and medium

7 boxes, 19 items, 1 linear metres

Context area

Name of creator

Biographical history

Name of creator

Biographical history

Repository

Archival history

John Stewart Bell was an Irish physicist. He obtained a bachelor's degree in experimental physics from Queen's University of Belfast in 1948 and another in mathematical physics a year later. He completed a Ph.D. in physics at the University of Birmingham in 1956, specialising in nuclear physics and quantum field theory. In 1949 he started his career at UK Atomic Energy Research Establishment. He moved to the CERN laboratory in November 1960. He worked almost exclusively on theoretical particle physics and on accelerator design, but found time to pursue a major avocation, investigating the foundations of quantum theory. In 1964, after a year's leave from CERN that he spent at Stanford University, the University of Wisconsin–Madison and Brandeis University, he sent a paper entitled "On the Einstein-Podolsky-Rosen Paradox" (November 1964) to the journal Physics. The journal was short-lived, but the paper became famous, outlining what is now known as Bell's theorem and laying the foundations for the modern field of quantum-information science. This theorem is a "no-go theorem" that draws an important distinction between quantum mechanics and the world as described by classical mechanics particularly concerning quantum entanglement where two or more particles in a quantum state continue to be mutually dependent at large physical separations. John Stewart Bell died in 1990.

Immediate source of acquisition or transfer

CERN Theory Department Secretariat, 2018

Content and structure area

Scope and content

This collection contains working files and correspondence. It includes correspondance with Jon Magne Leinaas about some articles: Electrons as accelerated thermometers" written by Jon Magne Leinaas and John Stewart Bell in July 1982 – CERN-TH-3363 The Unruh effect in extended thermometers in July 1984 - CERN-TH-3948 * The Unruh effect and quantum fluctuations of electrons in storage rings in June 1986 – CERN-TH-4468 The collection also contains transparencies of the Symposium on quantum physics in memory of John Stewart Bell, New aspects of Bell's Theorem held at CERN, 2-3 May 1991. The participants were A. Shimony, J. M. Leinaas, K. Gottfreid, H. Rauch, A. J. Leggett, A. Aspect, G. C. Ghirardi, and R. Jackiw To see Videos and transparencies of participants http://cds.cern.ch/record/226299 There are also a few photos, one VHS cassette and some punched cards.

Appraisal, destruction and scheduling

Nothing was destroyed

Accruals

No further accruals are expected.

System of arrangement

The original order has been preserved.

Conditions of access and use area

Conditions governing access

See file level description and the CERN operational circular No 3: rules applicable to archival material and archiving at CERN. In general, records on any subject that are over 30 years old, and all records of a purely scientific nature, may be consulted.

Conditions governing reproduction

Copyright is retained by CERN, no reproduction without permission.

Language of material

  • English

Script of material

  • Latin

Language and script notes

Physical characteristics and technical requirements

Finding aids

Allied materials area

Existence and location of originals

Existence and location of copies

Related units of description

Related descriptions

Notes area

Note

Description prepared by Sandrine Reyes. Geneva, September 2018.

Alternative identifier(s)

Access points

Subject access points

Place access points

Name access points

Genre access points

Description identifier

Institution identifier

Rules and/or conventions used

Status

Level of detail

Dates of creation revision deletion

Language(s)

  • English

Script(s)

    Sources

    Accession area