Guide to the Archive for the History of Quantum Physics, 1890-1967, ASP.1987.01
Arrangement
Repository
ULS Archives & Special Collections
Title
Archive for the History of Quantum Physics
Creator
American Philosophical Society
Creator
American Physical Society
Collection Number
ASP.1987.01
Extent
301 microfilm_reels
Date
1890-1967
Abstract
From 1900 through the 1920s physicists such as Planck, Einstein, Zeeman, Bohr, Pauli, Ehrenfest, Heisenberg, Schrödinger, de Broglie, and others began experimenting and theorizing a new model of light and subatomic particles which described the world as built of discrete parts (quanta), the atom as a body with a central nucleus surrounded by electrons, and increasingly treated light and matter in terms of waves. This microfilm collection of manuscripts which was assembled in the 1960s by Thomas Kuhn and John Heilbron documents this revolution in physics.
Language
English
, German
, Dutch; Flemish
, French
, Danish
, Polish
.
Author
Jason M. Rampelt
Publisher
ULS Archives & Special Collections
Address
University of Pittsburgh Library System Archives & Special Collections Website: library.pitt.edu/archives-special-collections Business Number: 412-648-3232 (Thomas) | 412-648-8190 (Hillman) Contact Us: www.library.pitt.edu/ask-archivist URL: http://library.pitt.edu/archives-special-collections
Acquisition Information
The microfilm collection was purchased in 1987 from the American Philosophical Society. A more comprehensive search of scientist names in this collection may be performed by consulting the American Philosophical Society Finding Aid for this collection where all named correspondents and creators are listed. https://search.amphilsoc.org/collections/view?docId=ead/Mss.530.1.Ar2-ead.xml;query=archive%20for%20the%20history%20of%20quantum%20physics;brand=default To search names, select "Detailed Inventory" in the menu and perform a CTRL-F search of your desired name or text string on the webpage. Reel numbers in this list are the same as those in our finding aid.
History
The Archive for the History of Quantum Physics microfilm collection was produced in 1961-1964 by a joint committee of the American Physical Society and the American Philosophical Society on the History of Theoretical Physics in the Twentieth Century with funding support from the National Science Foundation. Historian of science Thomas S. Kuhn served as Director and historian of science John L. Heilbron as Assistant Director. In addition to gathering together the correspondence and papers of numerous leading physicists in the field of quantum physics which emerged in the first three decades of the twentieth century, oral histories were also recorded and then transcribed.
Arrangement
This collection is arranged in ten series:
I. Main Series
II. Bohr, Niels - Scientific Manuscripts
III. Bohr, Niels - Scientific Correspondence
IV. Ehrenfest, Paul
V. Lorentz, Conrad
VI. Oral History Interview Transcriptions
VII. Richardson, O. W.
VIII. Rutherford, Ernest
IX. Pauli, Wolfgang
X. Zeeman, Pieter
Scope and Contents
This collection contains microfilms of letters, papers, and transcripts of interviews of scientists who contributed to the development of the field of quantum physics. The names of contributors are visible in the titles of series, sub-series, and files, but additional individuals are included as correspondents with those named, yet are not visible in this finding aid. So, researchers are advised to also consult other more comprehensive indices of the contents of these films to narrow their search and then select a microfilm reel for review.
Kuhn, Thomas S.; Heilbron, John L.; Forman, Paul; and Allen, Lini; eds. Sources for History of Quantum Physics (Philadelphia: American Philosophical Society, 1967) was produced by the original project team. Hard copies are available in the ULS. An online version is available at https://www.amphilsoc.org/guides/ahqp/ . Information on the scope and methods employed in collecting materials are described in this book. Since the completion of the initial phase of the project, significant additional content has been added (and is part of the ULS holdings). The online index at the American Philosophical Society is more comprehensive in including these latter additions, as well as naming other individuals who are correspondents, but do not have their own series or sub-series.
Preferred Citation
This microfilm collection reproduces materials located around the world. Citation should follow the requirements for each collection in its actual location.
If a secondary reference to the Archive for the History of Quantum Physics microfilm edition is required, use the following form:
The Joint Committee of the American Physical Society and the American Philosophical Society on the History of Theoretical Physics in the Twentieth Century. Archive for the History of Quantum Physics (American Physical Society and the American Philosophical Society, 1964- ).
Conditions Governing Access and Use
The University of Pittsburgh holds the property rights to the material in this collection, but the copyright is held by the author/creator. Researchers are therefore advised to follow the regulations set forth in the U.S. Copyright Code as well as the conditions provided below by the joint Committee of the American Physical Society and the American Philosophical Society on the History of Theoretical Physics in the Twentieth Century when publishing, quoting, or reproducing material from this collection.
Conditions Governing Access and Use Provided by the Joint Committee:
Preamble
The Archive for the History of Quantum Physics was assembled under the direction of the joint Committee of the American Physical Society and the American Philosophical Society on the History of Theoretical Physics in the Twentieth Century. The Archive is deposited, in original or duplicate form, at the Library of the American Philosophical Society, Philadelphia, Pennsylvania, at the Library of the University of California, Berkeley, California, and at the Universitets Institut for Teoretisk Fysik (now Niels Bohr Institute), Copenhagen, Denmark. The joint Committee during its existence, or later its parent societies, may authorize the deposit of a duplicate archive at additional Libraries of Deposit with the intention of increasing the utility of the collection to the world of scholarship. In all cases use of the Archive is governed by the following Convention required by the nature of the assurances given by the joint Committee to the donors of the material, without which assurances the material could often not have been obtained. Use of a few items in the Archive is further restricted to meet the wishes of individual donors.
Convention Regarding the Use of the Archive for the History of Quantum Physics
1. The institutions at which a copy of the Archive will be deposited undertake to make sure that access will only be granted to bona fide scholars and students working under their supervision.
2. Anyone to be given access must agree, by signing a printed statement of conditions, that, though he may cite the collection, he may not quote from it without the permission of the proprietors of the literary rights in the material to be quoted and that he will paraphrase it only in such detail as is essential to a just expression of its historical and scientific substance.
3. At their discretion, the persons responsible for the safekeeping of the Archive may allow additional copies of small numbers of items in the collection to be made for the use of qualified individual scholars who will undertake, with respect to such copies, to observe the conditions set forth in paragraph (2) above, and who will further agree not to allow such copies to pass out of their hands.
4. Use of the material is subject to the condition that copies of any resulting publication must be given to each of the Libraries of Deposit or other archives in which a copy of the material is deposited.
Statement to Be Signed by Readers
In consideration of the extension to me by the Librarian of the privilege of using for scholarly purposes papers in the collection assembled under the direction of the Joint Committee of the American Physical Society and the American Philosophical Society on the History of Theoretical Physics in the Twentieth Century, I agree that I shall not quote from any of the material to which I am given access without the permission of the proprietor of literary rights in it, that I shall paraphrase it only in such detail as is essential to a just expression of its historical and scientific substance, and that if I am allowed to copy or to have copies made of any of the material, by microfilm or other techniques (including hand copying), I shall use the copies only for scholarly purposes, subject to the foregoing restrictions, and shall not allow them to pass into the hands of others without the written consent of the Librarian. I also agree to send copies of any resulting publications to the three depositories mentioned in the Preamble above.
An archivist will provide you with a copy of this statement to sign.
Subjects
Personal Names
Bohr, Niels, 1885-1962
Ehrenfest, Paul, 1880-1933
Lorentz, H. A. (Hendrik Antoon), 1853-1928
Richardson, O. W. (Owen Willans), 1879-1959
Rutherford, Ernest, 1871-1937
Zeeman, Pieter, 1865-1943
Genres
Correspondence
Manuscripts (Documents)
Personal papers
Transcripts
Oral histories (Literary genre)
Other Subjects
Quantum theory -- History
Physics -- History
Physicists
Container List
Biography
Niels Henrik David Bohr (1885-1962)
Niels Bohr was born to a Jewish family in Copenhagen and completed his thesis at the university there in 1911. After a brief time in Cambridge, he went to Manchester to work in Ernest Rutherford's lab in 1912. While there, Bohr laid out a model of an atom with its mass concentrated in a nucleus of positive charge and lighter electrons of negative charge which he compared to a planetary system. Transformations of such an atom could occur with alpha and beta decay. He also reasoned during this time that the atomic electrons had resonances on the order of Planck's h, departing from a classical theory to a quantum one. Bohr returned to Copenhagen for a teaching post at the university later in 1912. In 1913, Bohr connected the observed spectral lines of hydrogen to a model of quantized radiation and later to spectra more broadly. After returning to Manchester for two years he finally settled in Copenhagen in a dedicated lab, the Institute for Theoretical Physics (now the Niels Bohr Institute) and was appointed professor in 1916. Bohr received the Nobel Prize in Physics in 1922 for his work on the structure of atoms. During WWII he stayed in Sweden, England, and the USA, working at Los Alamos. After the war he advocated peaceful use of atomic energy.
[Sources: DSB 2.239-254; 19.326-328; nobelprize.org; Bohr, Nobel Lecture (1922)]
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Biography
Paul Ehrenfest (1880-1933)
Paul Ehrenfest was born to a Jewish family in Vienna, studied in Göttingen for a year in 1902, and completed his doctoral thesis in 1904 in Vienna under Ludwig Boltzmann. His wife, Tatyana Alexeyevna Afanassjewa, a Russian, was a student of mathematics and they collaborated on topics in statistical mechanics. Paul Ehrenfest moved to St. Petersburg in 1907 and followed H. A. Lorentz in 1912 as the chair of theoretical physics in Leiden. Ehrenfest committed suicide in 1933.
[Source: DSB 4.292-294]
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Biography
Hendrik A. Lorentz (1853-1928)
Lorentz was born in the Netherlands and studied in Leiden. He was largely self-taught through books and finished his doctorate in 1875 on optics. He was offered the chair of mathematics in Utrecht in 1877, but accepted an alternative offer in Leiden for a chair of theoretical physics. Lorentz attended the Solvay Congress on Physics in Brussels from 1911 to 1927. He also worked for the Dutch government on educational reform, renovations to the dikes, and promoted international collegiality among scientists. He shared a Nobel Prize in Physics with Pieter Zeeman in 1902.
[Source: DSB 8:487-500]
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Biography
Owen Willans Richardson (1879-1959)
O. W. Richardson entered Trinity College, Cambridge in 1897, studied at the Cavendish lab with J. J. Thomason, and received his bachelor's degree in 1900. He continued in the lab, working on the radiant energy of heated metals in a vacuum and was made a fellow at Trinity in 1902. In 1906, he became a professor of physics at Princeton. He turned to Britain in 1913, became a professor of physics at King's College, London, and a Fellow of the Royal Society, serving as their foreign secretary. Richardson won the Nobel Prize in Physics in 1928 for his work on thermionics (a term he coined), but received the prize the following year. Richardson's Law or the Richardson-Dushman equation describes the emission of electrons from a heated metal as a function of temperature and the work function of the metal. He was knighted in 1939. During WWII he devoted his time to military scientific projects.
[Sources: DSB 11.419-423; nobelprize.org]
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Biography
Ernest Rutherford (1871-1937)
Ernest Rutherford completed his B. A. in mathematics at Canterbury College, Christchurch, New Zealand in 1892 and an M. A. a year later. He continued there for another year, earning a B. Sc. In 1894. During this time, he studied the magnetization of iron by means of oscillating electric currents and the detection of wireless signals at a distance. In 1895, he moved to the Cavendish Laboratory in Cambridge under J. J. Thomson. His study of the radiation of uranium was the beginning of his lifetime research project. He accepted an offer to run a lab at McGill University, Quebec in 1898. Many more radioactive elements were discovered and the half-life was identified as a distinguishing property. In 1902, Rutherford suggested that radiation resulted in a transmutation of the decaying element. Working in London with Sir Willam Ramsay, they showed that the alpha particle from radioactive elements was the positive ion of helium being released in the process of radium decay. He received the Nobel Prize in Chemistry in 1908. In Manchester, he established a lab of his own. Rutherford developed techniques to detect alpha particles, with J. S. E. Townsend using a vacuum tube with a charged wire, and with Geiger "scintillation" counting where particles illuminated a zinc-sulfide screen. Geiger and Ernest Marsden studied the wide-angle deflections in Rutherford's famous gold foil experiment which he interpreted as the result of a central dense nucleus in the atom. In 1919, he discovered that alpha particles bombarding the nuclei of smaller elements could break them apart. With Thomson's move to Master of Trinity College, Rutherford took over the Cavendish lab where experiments on "disintegrations" continued. Experiments in 1934 with deuterium performed in collaboration with Marcus Oliphant and Paul Harteck produced the first instance of nuclear fusion. As president of the Academic Assistance Council in 1933, he helped Jews in Europe find other academic work. He was knighted in 1914, received the Order of Merit in 1925, and was made a peer in 1931.
[Source: DSB 12:25-36]
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German, English.
Containers
box 45, reel WP-5
Language
German, English.
Containers
box 45, reel WP-6
Language
German, English.
Biography
Pieter Zeeman (1865-1943)
Pieter Zeeman entered the University of Leiden in 1885 and became Lorentz's lab assistant in 1890. He was awarded a doctorate in 1893 for his measurements of the Kerr effect. After a brief stay in Strasburg, he returned to Leiden as privatdozent. He became a lecturer at the University of Amsterdam in 1897, then professor of physics in 1900. Zeeman observed that the spectral lines of various substances were broadened in the presence of a magnetic field and polarized at their edges, the "Zeeman effect". Zeeman shared a Nobel Prize in Physics with H. A. Lorentz in 1902. He studied the speed of light in different media and published those results in 1915 and 1916. In 1923, with a new lab, he was able to resume exact measurements of the Zeeman effect. He married Johanna Elisabeth Lebret in 1895.
[Source: DSB 14:597-599]