Finding Aid for the Julian Seymour Schwinger Papers, 1920-1994

Processed by Russell Johnson and Charlotte B. Brown; machine-readable finding aid created by Caroline Cubé
UCLA Library, Department of Special Collections
Manuscripts Division
Room A1713, Charles E. Young Research Library
Box 951575
Los Angeles, CA 90095-1575
Email: spec-coll@library.ucla.edu
URL: http://www.library.ucla.edu/libraries/special/scweb/
© 1999
The Regents of the University of California. All rights reserved.

Finding Aid for the Julian Seymour Schwinger Papers, 1920-1994

Collection number: 371

UCLA Library, Department of Special Collections

Manuscripts Division



Los Angeles, CA

Contact Information

  • Manuscripts Division
  • UCLA Library, Department of Special Collections
  • Room A1713, Charles E. Young Research Library
  • Box 951575
  • Los Angeles, CA 90095-1575
  • Telephone: 310/825-4988 (10:00 a.m. - 4:45 p.m., Pacific Time)
  • Email: spec-coll@library.ucla.edu
  • URL: http://www.library.ucla.edu/libraries/special/scweb/
Processed by:
Charlotte B. Brown, 13 October 1995 and Russell A. Johnson, 12 February 1997
Encoded by:
Caroline Cubé
Online finding aid edited by:
Josh Fiala, November 2002
© 1999 The Regents of the University of California. All rights reserved.

Descriptive Summary

Title: Julian Seymour Schwinger Papers,
Date (inclusive): 1920-1994
Collection number: 371
Creator: Schwinger, Julian Seymour, 1918-
Extent: 28 cartons (28 linear ft.) 1 oversize box
Repository: University of California, Los Angeles. Library. Department of Special Collections.
Los Angeles, California 90095-1575
Abstract: Julian Seymour Schwinger (1918-1994) worked with J. Robert Oppenheimer in developing the atomic bomb, and taught at Harvard University (1945-72) and UCLA (1972-88). He was awarded the Nobel Prize in physics in 1965 for his contributions in the field of quantum electrodynamics. The collection consists of correspondence, lecture notes, problem sets, manuscripts, speeches, reports, research subject files, videotapes, films, notes, computations, and printed material related to Schwinger's research and teaching activities in physics.
Physical location: Stored off-site at SRLF. Advance notice is required for access to the collection. Please contact the UCLA Library, Department of Special Collections Reference Desk for paging information.
Language: English.

Administrative Information

Restrictions on Use and Reproduction

Property rights to the physical object belong to the UCLA Library, Department of Special Collections. Literary rights, including copyright, are retained by the creators and their heirs. It is the responsibility of the researcher to determine who holds the copyright and pursue the copyright owner or his or her heir for permission to publish where The UC Regents do not hold the copyright.

Restrictions on Access

COLLECTION STORED OFF-SITE AT SRLF: advance notice required for access.

Additional Physical Form Available

A copy of the original version of this online finding aid is available at the UCLA Department of Special Collections for in-house consultation and may be obtained for a fee. Please contact:
  • Public Services Division
  • UCLA Library, Department of Special Collections
  • Room A1713, Charles E. Young Research Library
  • Box 951575
  • Los Angeles, CA 90095-1575
  • Telephone: 310/825-4988 (10:00 a.m. - 4:45 p.m., Pacific Time)
  • Email: spec-coll@library.ucla.edu

Provenance/Source of Acquisition

Gift of Clarice Schwinger, 1996.

Preferred Citation

[Identification of item], Julian Seymour Schwinger Papers (Collection 371). Department of Special Collections, Charles E. Young Research Library, University of California, Los Angeles.

Biography

Schwinger was born February 12, 1918 in New York City; AB, Columbia, 1936; Ph.D, Columbia, 1939; received a National Research Council Fellowship and went to UC Berkeley to work with J. Robert Oppenheimer; contributed to the development of the atomic bomb as a staff member at the Metallurgical Laboratory, University of Chicago, 1943; staff member, Radiation Laboratory, MIT, 1943-46; taught at Harvard University, 1945-72; taught at UCLA, 1972-88; awarded the Nobel Prize in physics in 1965 for his contributions in the field of quantum electrodynamics; died July 16, 1994.

Biographical Narrative

Julian Seymour Schwinger (1918-1994), one of the leading physicists of the 20th century, shared the Nobel Prize in Physics in 1965 with Richard Feynman and Shinichiro Tomonaga for their independent contributions in the field of quantum electrodynamics. Schwinger's theoretical contributions in the late 1940s and early 1950s provoked a revolution in theoretical physics and laid the foundations for progress in ultra-high-energy physics and in probing the ultimate structure of matter.
Schwinger's career spanned 60 years; the first of his nearly 200 scientific papers (and numerous books) was published when he was 17. The physicist Isidor Isaac Rabi guided his transfer from CCNY (College of the City of New York) to Columbia University, where he received his doctorate in physics in 1939. In 1939, Schwinger went to the University of California, Berkeley to work with J. Robert Oppenheimer and began making fundamental contributions to the science of nuclear physics. During World War II, applying himself to microwave problems, he contributed to the improvement of radar as a staff member in the Radiation Laboratory of the Massachusetts Institute of Technology.
After the war Schwinger joined the faculty at Harvard University, becoming a full professor in 1947 at age 29. During this period Schwinger began publishing his papers on quantum electrodynamic theory, a refinement of the concept that Paul A.M. Dirac had introduced in 1929. Schwinger shared the first Albert Einstein Prize with the mathematician Kurt Godel in 1951, and received the newly created National Medal of Science from President Lyndon Johnson in 1964. Schwinger moved from Harvard to UCLA in 1972 as a professor of physics, was named University Professor in 1980, and attained Emeritus status in 1988.

Scope and Content

Collection consists of correspondence, lecture notes, problem sets, manuscripts, speeches, reports, research subject files, videotapes, films, notes, computations, and printed material related to Schwinger's research and teaching activities in physics. The bulk of the material covers the periods he taught at Harvard and at UCLA (1945-88). Manuscripts of published and unpublished articles and monographs form the largest category of material in the collection by volume. Correspondents include: George Abell, McGeorge Bundy, Richard P. Feynman, Wolfgang Pauli, William A. Nierenberg, B. Stanley Pons, J. Robert Oppenheimer, David S. Saxon, Edward Teller, Gregor Wentzel, and Eugene P. Wigner.

Expanded Scope and Content

The papers of Julian Schwinger span the years 1920-1994; the bulk of the material covers the periods he spent at Harvard University and UCLA, from 1945 until his death in 1994. The collection contains manuscript notes and computations; manuscripts, typescripts, reprints and offprints, and correspondence of or about publications, lectures, and speeches; and class lecture notes, examinations, and problem sets and exercises. There is little material pertaining directly to Schwinger's personal life, professional affiliations, or appointments and administrative activities. The collection documents Schwinger's research, writing, and teaching in physics, and relationships with other physicists, including collaborators, competitors, mentors, and students.
Schwinger's early, pre-World War II years are represented by a photocopy of the annotated typescript of what he later referred to as Publication 0 [zero] (On the interaction of several electrons, 1934); a manuscript notebook which contains, among other entries, extracts and notes on papers published by others from 1929-1935; and reprints (including P.A.M. Dirac) from this period. It is unclear if these reprints were received by Schwinger at the time of publication or were collected later.
Manuscripts of published and unpublished articles and monographs, in various stages of completion, form perhaps the largest category by volume; the vast majority are longhand notes or transcriptions on yellow letter or legal pads or in spiral bound notebooks, and annotated typescripts. These are complemented by and at times interleaved with notes and computations in the same formats, in addition to university examination blue books, conference letterhead stationery, envelopes, placemats, or any other pieces of paper that were at hand.
Lectures to scientific and other audiences, written in most of the formats described above, comprise another large portion of the collection. Transparencies or viewgraphs for overhead projection are sometimes accompanied by prepared texts; however, most often they served as the sole documentation of a particular lecture. The collection includes multiple versions of several popular lectures, including Schwinger's Sigma Xi Lecture (Conflicts in Physics, 1973) and his UCLA Faculty Research Lecture (Relativity and the Common Understanding, 1979). Personal tributes to mentors, colleagues, and students take the form of lectures which remained unpublished or which were later published as Festschrifts. Schwinger's contribution to the television documentary series, Understanding Space and Time (A University of California / BBC Open University production, 1978), is well documented by background research, notes, annotated scripts, production blocking and timing sheets, and correspondence; there is also one 16 mm. reel of film excerpts which the BBC created to accompany his UCLA Faculty Research Lecture.
Class lecture notes, examinations, and problem sets (1946-1980s; bulk 1970s-1980s) form the third large segment of the collection. Course material on quantum mechanics and quantum theory of fields, nuclear physics, and electromagnetic theory ranges from fragmentary notes to, for the most part, extensive notebooks or bound manuscripts, written either in Schwinger's hand or transcribed by students or other observers.
Preprints, reprints, technical reports, and photocopied articles received or gathered by Schwinger range in date from 1920-1994; some are arranged by subject, others by year. Curriculum vitae, publication lists, and several research activity reports give a detailed but incomplete accounting of his activities and accomplishments. The volume of Schwinger's surviving correspondence (1945-1994) is small, but its content is highlighted by letters to or from George Abell, McGeorge Bundy, Richard P. Feynman, Wolfgang Pauli, William A. Nierenberg, B. Stanley Pons, J. Robert Oppenheimer, David S. Saxon, Edward Teller, Gregor Wentzel, and Eugene P. Wigner.
Some pre-1970 manuscripts, reports and correspondence are embrittled. Collection includes 1 reel Super 8 mm. film, 1 reel 16 mm. film, and several VHS videotapes.

Organization and Arrangement

The collection was generally in good order when it was accessioned. The bulk of the collection was transferred from Schwinger's home and the remainder from his campus office. Because of the large volume of untitled manuscript notes and computations whose relation-ship or lack of relationship to neighboring documents could not readily be determined, the papers for the most part have been left in the order in which they were found at the time of their transfer. Exceptions to this rule include: JS's publications and reprints (arranged in chronological order within each carton), class lecture notes (arranged within an individual carton first by class number, then chronologically within each course), and correspondence (arranged alphabetically within a carton unless found among notes and computations, in which case their order was not disturbed). Titles of manuscripts have been transcribed as they appear in the documents themselves; most folder titles were created by the processor. Titles or subject headings listed in quotations within the finding aid reflect terminology used by Schwinger.

Indexing Terms

The following terms have been used to index the description of this collection in the library's online public access catalog.
Schwinger, Julian Seymour, 1918- --Archives.
University of California, Los Angeles--Faculty--Archival resources.
Physicists--United States--Archival resources.


Container List

Box 1, Folder 1

Manuscript computations, n.d.

Box 1, Folder 2

National Research Council (NRC) technical report, news report on Synthetic Aperture Radar (SAR) (not authored by JS), 1986.

Box 1, Folder 3

The ORION Project (lecture manuscript?), n.d.

Box 1, Folder 4

Scattered signal from a perfectly conducting surface (manuscript), n.d.

Box 1, Folder 5

Strategic Aperture Radar (SAR) manuscript computations notebook and photocopied reader, ca. 1982(?).

Box 1, Folder 6

Focus waves (manuscript computations and notes), n.d.

 

Manuscripts, n.d.

Box 1, Folder 7

How to (maybe) detect stealth aircraft over the ocean.

Box 1, Folder 7

The Orion Project.

Box 1, Folder 7

Shadow.

Box 1, Folder 8

Strategic Aperture Radar (SAR) preprints and photocopied articles (non-JS), 1983-1986.

Box 1, Folders 9-12

Strategic Aperture Radar (SAR) + SEA (manuscript computations and photocopied articles), 1985.

Box 1, Folder 13

Clutter calculation (manuscript), 1986.

Box 1, Folder 14

Offer letter to JS and work statement from Research & Development Laboratories [Research & Development Laboratories], Torrance, California, 1984.

Box 1, Folder 15

Bistatic RCS code (technical reports, photocopies, manuscript), 1970s-1980s.

Box 1, Folder 16

Strategic Aperture Radar (SAR) Modelling and Radar progress reports, photocopied articles and manuscript received, 1984.

Box 1, Folder 17

Manuscript notes and computations, n.d.

Box 1, Folder 18

Research & Development Laboratories technical reports, Strategic Aperture Radar (SAR) articles received, 1983.

Box 1, Folder 19

SAR detection of a moving target. Part 6 (manuscript), n.d.

Box 1, Folder 20

Strategic Aperture Radar (SAR) manuscript, technical reports, photocopied articles, 1983-1984.

Box 1, Folder 21

Research & Development Laboratories prospectus and staff profiles (JS consultant), ca. 1984.

Box 1, Folder 22

Manuscript computations and notes; letters re Research & Development Laboratories, 1984.

Box 1, Folder 23

Strategic Aperture Radar (SAR) and SIR-B technical reports, 1983-1984.

Box 1, Folder 24

Electromagnetic scattering (subject file), n.d.

 

Lecture, Manuscript, Report, n.d.

Box 2, Folder 1

The Orion Project (lecture transparencies; Physics221B?).

Box 2, Folder 1

The Orion Project. Second Thoughts (manuscript notes).

Box 2, Folder 1

Research & Development Laboratories Ku Band ... (technical report, 1985).

Box 2, Folder 2

Does it work? (manuscript notes, lecture transparencies), n.d.

Box 2, Folder 3

Optical fuse, n.d.

 

Photocopies and Technical Report, 1968, 1983

Box 2, Folder 4

Introduction to Fourier optics, 1968 (not JS).

Box 2, Folder 4

Spaceborn Imaging Radar Symposium, NASA/JPL technical report, 1983.

Box 2, Folder 5

Wave kinematics (manuscript lecture notes), ca. 1986.

Box 2, Folder 6

Strategic Aperture Radar (SAR) and other technical reports, lecture notes, manuscript notes, 1980-1985.

Box 2, Folder 7

IEEE readings on radars, 1985.

Box 2, Folder 8

Chapter 1: Charges and fields (annotated typescript), n.d.

Box 2, Folder 9

Chapter 2: Electrostatics (manuscript pp.1-100), n.d.

Box 2, Folder 10

Chapter 2: Electrostatics (manuscript pp.101-255), n.d.

Box 2, Folder 11

Manuscript notes and computations, n.d.

Box 2, Folder 12

Steady currents and dissipation (manuscript notebook), n.d.

Box 2, Folder 13

Classical electrodynamics (JS, de Raade, Milton and Tsai; annotated typescript), ca. 1979.

Box 2, Folder 14

Classical electrodynamics (typescript, pp.220-440+), ca. 1979.

Box 2, Folder 15

Classical electrodynamics (typescript, pp.212-440), ca. 1979.

Box 2, Folder 16

Classical electrodynamics. Chapter 2: Electrostatics (typescript), ca. 1979.

Box 2, Folder 17

Reprints and photocopied articles received, 1974-1983.

 

Manuscript Notes, Computations, and Problem Sets, n.d.

Box 2, Folder 18

Physics 210a. Electromagnetic theory.

Box 2, Folder 18

Coloumbs potential ...

Box 2, Folder 18

Cerenkov and transistor radiation.

Box 2, Folder 18

Circular disk condenser.

Box 2, Folder 19

Manuscript, n.d.

Box 2, Folder 20

Physics 210A, 210B: final examinations (manuscript typescript), 1976, 1982-1987 n.d.

Box 2, Folder 21

Physics 210A, 210B: problem sets and class lecture notes (manuscript), 1984, n.d.

Box 2, Folder 22

Notes on four-dimensional notation (manuscript), n.d.

Box 3, Folder 1

Manuscript notes and computations, n.d.

Box 3, Folder 2

Manuscripts re the Green's function, n.d.

Box 3, Folder 3

Physics 210B: class notes, n.d.

 

Class Notes, Problems Sets, Examinations, 1976, 1983, 1984

Box 3, Folder 4

Physics 210B, Spring 1976.

Box 3, Folder 4

Physics 210B, Spring 1983.

Box 3, Folder 4

Physics 210A, Winter 1984.

Box 3, Folder 5

Space and time. Chapter 7. An isolated fact (manuscript) [University of California / BBC Open University production; JS et al, speakers], ca. 1978(?).

 

SR II, 1978

Box 3, Folder 6

Understanding space and time shooting scripts.

Box 3, Folder 6

(Manuscript typescript).

Box 3, Folder 6

S.R.2 -- Time and relativity synopsis (typescript).

Box 3, Folder 7

Space and time. Chapter 5. Marking time shooting script final transcript (manuscript typescript), ca. 1978.

Box 3, Folder 8

Space and time. Chapter 6. E=mc² (letter, manuscript), ca. 1978.

Box 3, Folder 9

Space and time. 3rd program (manuscript letter), 1980.

 

GR1, 1978

Box 3, Folder 10

Letter to Andrew.

Box 3, Folder 10

Manuscript notes.

Box 3, Folder 10

Program 1 General Relativity Theory (typescript shooting script).

Box 3, Folder 10

GR1. A matter of gravity / First General Relativity Program (manuscript shooting scripts).

 

Manuscripts, n.d.

Box 3, Folder 11

Spin precession -- A dynamical discussion.

Box 3, Folder 11

Casimir effect in source theory.

Box 3, Folder 11

Physics. Photon propagation function: a comparison of asymptotic functions.

Box 3, Folder 11

Physics. Photon propagation function: Spectral analysis of its asymptotic form.

Box 3, Folder 11

Precession tests in General Relativity -- Source theory derivations.

Box 3, Folder 11

Spectral formula for three-point functions.

Box 3, Folder 12

A report on quantum electrodynamics, Festschrift lecture 70th birthday celebration of P.A.M. Dirac (manuscript typescript), 1972.

Box 4, Folder 1

Reprints and technical reports received, 1973-1976.

Box 4, Folder 2

Reprints and technical reports received, 1974-1976.

Box 4, Folder 3

Reprints and technical reports received, 1971-1976.

Box 4, Folder 4

Reprints and technical reports received, 1973-1975.

Box 4, Folder 5

Reprints and technical reports received, 1972-1976.

Box 4, Folder 6

Reprints and technical reports received, 1966-1976.

Box 4, Folder 7

Reprints and technical reports received, 1974-1976.

Box 4, Folder 8

Cold fusion: correspondence, preprints, programs, and conference proceedings, 1992-1993.

Box 4, Folder 9

Cold fusion: clippings, 1991-1993.

Box 4, Folder 10

Cold fusion: petition, 1989-1991.

Box 4, Folder 11

Cold fusion, 1988-1990.

Box 4, Folder 12

Cold fusion, 1989-1991.

 

Cold Fusion, 1989-1990

Box 4, Folder 13

Cold fusion: a hypothesis (manuscript).

Box 4, Folder 13

Manuscript drafts of letters to Norman (wherever you may be) and B. Stanley Pons.

Box 4, Folder 14

Cold fusion: correspondence and reprints, 1990-1991.

 

Cold Fusion, 1989

Box 4, Folder 15

Nuclear energy transfer to an ionic lattice (manuscript reprint).

Box 4, Folder 15

Newspaper article on JS: Nobel winner defends cold fusion theory.

Box 4, Folder 15

Letter to the editor, Los Angeles Times: Fusion mania (manuscript).

Box 4, Folder 16

Cold fusion: photocopies and reprints received, 1989-1990.

Box 4, Folder 17

Cold fusion: photocopies and reprints received, 1989-1991.

Box 4, Folder 18

Cold fusion: newspaper clippings, 1989.

Box 4, Folder 19

Cold fusion: newsletter, preprints, and clippings, 1993-1994.

 

Untitled manuscript, n.d.

Box 5, Folder 1

Reprints received, 1920s-1930s. Includes: H.A. Bethe; Niels Bohr; G. Breit; P.A.M. Dirac; P. Jordan; J.V. Neuman; E. Wigner.

Box 5, Folder 2

Reprints and preprints received, 1940s. Includes: H.A. Bethe; G. Breit; P.A.M. Dirac; A. Einstein and W. Pauli; R.E. Marshall.

Box 5, Folder 3

Reprints and preprints received, 1950-1955. Includes: G. Breit; R.P. Feynman; S.N. Gupta; W. Kohn.

Box 5, Folder 4

Reprints and preprints received, 1956-1959. Includes: F.J. Dyson.

Box 5, Folder 5

Preprints received, 1950s.

Box 5, Folder 6

Letter from Tosio Kato to Edwin C. Kemble re JS, 1950.

Box 5, Folder 7

Preprints received, 1960s. Includes: Murray Gell-Mann.

Box 5, Folder 8

Technical reports received, 1960s.

Box 6, Folder 1

Cold fusion: reprints received, announcements, abstracts, 1991-1993.

Box 6, Folder 2

Thermodynamics and Statistical Physics by Robert J. Finkelstein (monograph), 1969.

 

Cold Fusion: Reprints Received, Letters, Manuscripts, 1970, 1979-1984

Box 6, Folder 3

Casimir energy for dielectrics II (typescript).

Box 6, Folder 3

Untitled manuscript computations.

Box 6, Folder 3

A progress report: Energy transfer in cold fusion and sonoluminescence. A lecture, delivered in the Fall of 1991, to celebrate the birthdays of former students (typescript).

 

Student Dissertations, 1970, 1994

Box 6, Folder 4

Donald C. Clark, 1994.

Box 6, Folder 4

Seth Putterman, 1970.

Box 6, Folder 4

Michael Thoss, 1994 (in German).

Box 6, Folder 5

Manuscript computations, n.d.

Box 6, Folder 6

Particles, sources and fields. 1-1 to 1-4 (manuscript notebook), 1968.

Box 6, Folder 7

Particles, sources and fields. 2-2 to 2-5 (manuscript notebook), 1968.

Box 6, Folder 8

Particles, sources and fields. 2-5 to 2-8 (manuscript notebook), 1968-1969.

Box 6, Folder 9

Particles, sources and fields. 2-8 to 3-3 (manuscript notebook), 1969.

Box 6, Folder 10

Particles, sources and fields. 3-3 to 3-7 (manuscript notebook), 1969.

Box 6, Folder 11

Particles, sources and fields. 3-7 to 3-9 (manuscript notebook), 1969.

Box 6, Folder 12

Particles, sources and fields. 3-9 to 3-12 (manuscript notebook), 1969.

Box 6, Folder 13

Particles, sources and fields. 3-12 to 3-14 (manuscript notebook), 1969.

Box 6, Folder 14

Particles, sources and fields. 3-14 to 3-15 (manuscript notebook), 1969.

Box 6, Folder 15

Particles, sources and fields. 3-17 (manuscript notebook), 1969.

Box 6, Folder 16

Particles, sources and fields. II. 4-1 to 4-3 (manuscript notebook), 1970.

Box 6, Folder 17

Particles, sources and fields. II. 4-3 to 4-6 (manuscript notebook), 1970.

Box 6, Folder 18

Particles, sources and fields. II. 4-6 to 4-10 (manuscript notebook), 1970.

Box 6, Folder 19

Particles, sources and fields. II. 4-10 to 4-13 (manuscript notebook), 1970-1971.

Box 6, Folder 20

Particles, sources and fields. 4-13 to 4-14 (manuscript notebook), 1971.

Box 6, Folder 21

Particles, sources and fields. 4-14 to 4-17 (manuscript notebook), 1971.

Box 6, Folder 22

Particles, sources and fields. 4-17 to 5-2 (manuscript notebook), 1971.

Box 6, Folder 23

Particles, sources and fields. 5-2 to 5-4 (manuscript notebook), 1971.

Box 6, Folder 24

Particles, sources and fields. 5-4 to 5-6 (manuscript notebook), 1971-1972.

Box 6, Folder 25

Particles, sources and fields. vol.2. 4. Electrodynamics I (manuscript), n.d.

Box 6, Folder 26

Reprints received, 1971-1976.

Box 6, Folder 27

Relativity and the common understanding BBC program (lecture typescript, transcript, shooting/timing script), 1979.

Box 6, Folder 28

Preprints and reprints received, 1960-1970.

Box 7, Folder 3

A report on q. electrodyn. (page proofs), 1973.

Box 7, Folder 4

JS preprints, 1990-1994, n.d.

Box 7, Folder 5

Casimir light: Field pressure (manuscript preprints), 1990(?).

Box 7, Folder 6

Phonon representations (manuscript lecture transparencies), 1990.

Box 7, Folder 7

Discontinuities in waveguides (monograph by JS and D. Saxon), 1968.

Box 7, Folder 8

Sonoluminescence, cold fusion, and Casimir light: photocopies and preprints received, 1985-1994.

Box 7, Folder 9

Dielectric medium: P + M source (manuscript computations), n.d.

Box 7, Folder 10

Spherical geometry (manuscript computationytuytuys), 1992.

Box 7, Folder 11

Quantum mechanics (typescript, preprint), 1994.

Box 7, Folder 12

Quantum mechanics: Symbolizm [sic] of atomic measurement (manuscript lecture, transparencies), 1989(?).

 

Manuscript Notes, n.d.

 

In defence of Hisenbergs [sic] Uncertainty Principle.

 

In defence of the quantum uncertainty principle: No loop holds [sic].

 

To S.P. re nanosecond sonoluminescence.

 

JS Reprints, Preprints, Manuscripts re Casimir Light, 1977-1994

 

Casimir effect in dielectrics (reprint).

 

Casimir self-stress on a perfectly conducting, spherical shell (typescript, reprint).

 

Casimir light: Field pressure (manuscript preprint, galley).

Box 7, Folder 15

Quantum uncertainty principle: No loopholes (manuscript typescript, preprint, tearsheet), 1994.

Box 7, Folder 16

Quantum mechanics (manuscript letter; preprint), 1993.

Box 7, Folder 17

Manuscript computations, ca. 1993(?).

Box 7, Folder 18

Request to JS from The Physical Review to review manuscript, 1993.

Box 7, Folder 19

A progress report: Energy transfer in cold fusion and sonoluminescence (manuscript notebook), n.d.

Box 7, Folder 20

Letter from Julian Keilson, 1984.

Box 7, Folder 21

Understanding space and time (transcripts), n.d.

Box 7, Folder 22

Reprints and photocopies received, 1970s-1990s.

Box 7, Folder 23

Reprints, tearsheets, and photocopies received, 1980s-1990s.

Box 7, Folder 24

Reprints and photocopies received, 1980s-1990s.

Box 7, Folder 25

Reprints and photocopies received, 1970s.

Box 7, Folder 26

Letter inviting JS to become a member of Convocation at Nottingham University, 1993.

Box 7, Folder 27

Photocopy of Y. Nishina's correspondence with N. Bohr & Copenhageners, 1928-1949, n.d.

Box 7, Folder 28

Reminiscences of the 1930s by I.I. Rabi, JS et al (transcript of videotape), 1984.

Box , Folder 29

Manuscript lecture computations (transparency), n.d.

Box 7, Folder 30

Casimir energy (manuscript transparencies), n.d.

Box 8, Folder 1

Space and time. Chapter 4. Brought to light (annotated typescripts, correspondence with Susan Weisberg), 1980.

Box 8, Folder 2

Space and time. Chapter 4 (manuscripts, typescript), ca. 1980.

Box 8, Folder 3

Space and time (manuscripts, computations, data sheets), ca. 1980.

Box 8, Folder 4

Space and time (manuscripts, story boards), ca. 1980.

Box 8, Folder 5

SR I / Understanding space and time (manuscript Einstein set design, blocking schedule, story boards, meeting minutes), 1978.

Box 8, Folder 6

Space and time. Chapter 9. At the frontier (manuscript, typescripts, scripts, publicity copies), n.d.

Box 8, Folder 7

Reprints, preprints, and photocopies received, 1960-1984.

Box 8, Folder 8

Reprints, preprints, and tearsheets received, 1981-1994.

Box 8, Folder 9

E.L. errata (manuscript), n.d.

Box , Folder 10

Correspondence, 1986-1994.

Box 8, Folder 11

Manuscript notes and computations, n.d.

Box 8, Folder 12

Class Notes, 1985. Includes Physics 221b midquarter quiz.

Box 8, Folder 13

Physics 115c: class lecture notes, 1974.

Box 8, Folder 14

Physics 221c: student evaluations, 1986.

Box 8, Folder 15

Physics 221: class notes, 1983.

Box 8, Folder 16

Class lecture notes on quantum physics: Lectures 1-16 (manuscript), n.d.

Box 8, Folder 17

Class lecture notes on quantum physics: Lectures 17-38 (manuscript)-, n.d.

Box 9, Folder 1

Comprehensive examinations, UCLA, 1972-1984.

Box 9, Folder 2

JS notes on index cards, n.d.

Box 9, Folder 3

Relativity and the common understanding, UCLA Faculty Research Lecture (invitation), 1979.

 

Shin-ichiro Tomonaga, 1947-1949; 1979-1980

Box 9, Folder 4

Obituaries (1979).

Box 9, Folder 4

Bibliography.

Box 9, Folder 4

Reprints (1947-1949).

Box 9, Folder 4

Correspondence re; trip to Japan for memorial (1980).

Box 9, Folder 4

Tomonaga Shin-itiro: a memorial to two shakers of physics (manuscript).

Box 9, Folder 5

Cold fusion: preprints received, 1994.

 

Cold Fusion: JS, Manuscripts, Preprints, and Reprints, 1989-1991

Box 9, Folder 6

Cold fusion: a brief history of mine (manuscript typescript).

Box 9, Folder 6

Cold fusion: Does it have a future? (preprints, reprints).

Box 9, Folder 6

Cold fusion: a hypothesis (typescript, reprints, referee comments).

Box 9, Folder 6

A progress report: Energy transfer in cold fusion and sonoluminescence (manuscript preprint, reprint).

Box 9, Folder 6

Nuclear energy in an atomic lattice [parts 1-3] (preprints, reprints).

Box 9, Folder 7

Cold fusion: correspondence, 1990-1993.

Box 9, Folder 8

The Greening of quantum field theory: George and I,Nottingham University lecture (manuscript typescript), 1993(?).

Box 9, Folder 9

B. Barish / Hawaii (lecture manuscripts), n.d.

Box 9, Folder 10

Cold fusion: lecture manuscripts and transparencies, n.d.

Box 9, Folder 11

Voyager's Neptune encounter (press kit), 1989.

Box 9, Folder 12

Quantum Action Principle. Chapter. 5. Electrodynamics II (manuscript), n.d.

Box 9, Folder 13

Quantum Action Principle (manuscript computations), n.d.

Box 9, Folder 14

Quantum Action Principle (manuscript lecture and computations), n.d.

Box 9, Folder 15

Anomalies in Quantum Field Theory (lecture typescripts, preprints, reprints), 1990.

Box 9, Folder 16

Acceleration and temperature (lecture, manuscripts, transparencies), ca. 1983.

Box 9, Folder 17

Acceleration and temperature (manuscript computations), n.d.

Box 9, Folder 18

Photon decay of the pion -- A confrontation (manuscript typescript), n.d.

Box 9, Folder 19

Electron theory: Description and analogy by J. Robert Oppenheimer, 1955.

Box 9, Folder 20

Reprints and photocopied articles received, 1969-1988.

Box 10, Folder 1

Description of JS work, 1976.

Box 10, Folder 2

List of JS publications, 1982-1985.

Box 10, Folder 3

News media articles mentioning JS, 1968-1969.

Box 10, Folder 4

Physics art / by Pam Davis (exhibit outline), n.d.

Box 10, Folder 5

JS letter to W. Pauli (photocopy), 1949.

Box 10, Folder 6

Letter from Patty Carew, 1979.

 

George Abell, 1946, 1980

Box 10, Folder 7

Copy of typescript journal written while stationed in Japan, 1946.

Box 10, Folder 7

Letter to GA from Walt Disney Productions, 1980.

 

Manuscript Notes and Quotations, n.d.

Box 10, Folder 8

Amendment value.

Box 10, Folder 8

Rebuttal.

Box 10, Folder 10

The statistical atom: a study (manuscript typescript), n.d.

 

JS Manuscripts and Lectures, 1960s-1980s

Box 10, Folder 11

Relativistic comets (typescript).

Box 10, Folder 11

Deep inelastic scattering of leptons. Part 1 (typescript).

Box 10, Folder 11

Dyons vs. quarks (typescript), 1969.

Box 10, Folder 11

A reply to a book review (typescript).

Box 10, Folder 11

Relativity of matter and antimatter (typescript).

Box 10, Folder 11

Thomas-Fermi Model: The leading correction (typescript).

Box 10, Folder 11

Colliding beams and the p coupling constant (typescript).

Box 10, Folder 11

Integral representations of causal functions (manuscript).

Box 10, Folder 11

Zip (manuscript).

Box 10, Folder 11

Aberration and Kepler's problem (manuscript).

Box 10, Folder 11

Quantum electrodynamics: an individual view (manuscript).

 

Relativity and the Common Understanding, UCLA Faculty Research Lecture, 1979-1980

Box 10, Folder 12

UCLA lecture.

Box 10, Folder 12

Repeat in 1980.

Box 10, Folder 12

West Germany version, 1979.

Box 10, Folder 12

Letter.

Box 10, Folder 13

Einstein's legacy monograph: correspondence with Scientific American Books, 1984-1985.

Box 10, Folder 14

Einstein's legacy monograph: correspondence with W.H. Freeman and Company, 1983-1985.

Box 10, Folders 15-22

Einstein's legacy (annotated typescript; chapters not in order), n.d.

Box 10, Folder 22

Understanding space and time: correspondence, outlines, and surveys, 1979-1980.

Box 10, Folder 23

Understanding space and time: scripts (manuscript typescript), n.d.

Box 10, Folder 24

Understanding space and time: scripts (manuscript typescript), 1978.

Box 10, Folder 25

Understanding space and time (pull together of the three Special Relativity programs, letter, annotated typescript), 1988.

Box 10, Folder 26

Understanding space and time: dubbing cue sheets, n.d.

Box 10, Folder 27

Understanding space and time: research files (reprints, photocopies received), 1970s.

Box 11, Folder 1

Anomalies in quantum field theory (lecture manuscript, transparencies), n.d.

Box 11, Folder 2

Acceleration and temperature: Euclidean Green's function basis (manuscripts, lecture transparencies), 1985(?).

Box 11, Folder 3

Untitled manuscript from Manuel, n.d.

Box 11, Folder 4

Effective source for spin 1 particle and photon emission ... (manuscript), n.d.

Box 11, Folder 5

Manuscript computations, n.d.

Box 11, Folder 6

GR 3 (manuscript)n.d.

Box 11, Folder 7

GR (manuscript computations), n.d.

Box 11, Folder 8

Reprints, preprints, and photocopies received, 1970-1990.

Box 11, Folder 9

Electrodynamics: computations, manuscripts, lectures, n.d.

Box 11, Folder 10

Letters received, 1975, 1980, n.d. Includes: Jeremy B.; Peng Huanwu; Robert N. Thorn; T.T. Wu; H. Zuoxiu.

Box 11, Folder 11

Manuscript computations, ca. 1980.

Box 11, Folder 12

Physics 210a and 210b: class lecture notes, final exam, 1976.

Box 11, Folder 13

Manuscript notes and computations, n.d.

Box 11, Folder 14

Preface to quantum electrodynamics text (manuscripts), n.d.

Box 11, Folder 15

Research activity 1977-1978 (manuscript), 1978.

Box 11, Folder 16

For Mike Cornwall (manuscript research activity reports), ca. 1983.

Box 11, Folder 17

Electrodynamic mass (manuscript), 1982.

Box 11, Folder 18

Manuscript notes, computations, and lectures, n.d.

Box 11, Folder 19

Manuscript notes and computations, n.d.

Box 11, Folder 20

QFT lecture notes (manuscript), 1987.

Box 11, Folder 21

Physics 221a: class lecture notes, 1984.

Box 11, Folder 22

Manuscripts (QED text?), notes, and computations, n.d.

Box 11, Folder 23

Hermann Weyl and quantum mechanics (lecture manuscript, typescript), 1985.

Box 11, Folder 24

Physics 210a: final exam (manuscript), 1983.

Box 11, Folder 25

Correspondence with C.R. Stephens, 1988.

Box 11, Folder 26

Reprints, preprints, and photocopies received, 1967-1991.

Box 11, Folder 27

Manuscript notes, n.d.

Box 11, Folder 28

Manuscript on quantum limitations in microwave oscillator, n.d.

Box 11, Folder 29

Manuscript table of contents, notes, and computations, n.d.

Box 11, Folder 30

Brandeis Lectures (manuscript notebook), 1959-1960.

Box 11, Folder 31

Quantum mechanics 253a (manuscript notebook), 1965.

Box 11, Folder 32

Particles, sources, and fields Parts 2-3 (4 manuscript notebooks), 1972-1974.

Box 12, Folder 1

Einstein's legacy (background research; manuscript figure captions), 1980-1985.

Box 12, Folder 2

Einstein's legacy (acknowledgements, flap copy, and promotional description), 1985.

Box 12, Folder 3

Einstein's legacy (Chapter 1 manuscript photocopy and page proofs; preface typescript), n.d.

Box 12, Folder 4

Letters, 1981-1984.

Box 12, Folder 5

Einstein's legacy (Relativity typescript; Chapter 5. The royal road typescript, illustrations) , n.d.

Box 12, Folder 6

Clippings, reprints, and photocopies, 1976-1983.

Box 12, Folder 7

Understanding space and time. 3. At the frontier (script manuscript, typescript), n.d.

Box 12, Folder 8

Quantum dynamics. Part 1 (technical report), 1952.

Box 12, Folder 9

Quantum electrodynamics reprints, 1982.

Box 12, Folder 10

Quantum mechanics outline, Chapter 1-3 (manuscript), n.d.

Box 12, Folder 11

Quantum Action Principle Field Theory, Lectures 1-8 (typescript), 1969.

Box 12, Folder 12

Quantum mechanics manuscript notes and computations, 1959-1960.

Box 12, Folder 13

Physics 115a. Elementary QM: class lecture notebook, 1974.

Box 12, Folder 14

Physics 253a and 253b: class lecture notebook, 1964-1965.

Box 12, Folder 15

Chapter 1. The algebra of movement; Chapter 2. The geometry of states (manuscript pp.1-138), n.d.

Box 12, Folder 16

Chapter 2; Chapter 3 (manuscript pp.149-248/16, 249-271), n.d.

Box 12, Folder 17

Quantum theory of fields. Chapter 1-3 (manuscripts), n.d.

Box 12, Folder 18

Linear quantum systems. Chapter 1: The one dimensional oscillator (manuscripts), n.d.

Box 12, Folder 19

Manuscript computations (notebook), not before 1985.

Box 12, Folder 20

Physics 221c (manuscript notebook), 1985.

Box 12, Folder 21

Typescript on quantum mechanical system with finite number of degrees of freedom, ca. 1953(?).

Box 12, Folder 22

QM lecture notes, Université de Grenoble (annotated typescripts), 1955.

Box 12, Folder 23

Differential equations of QF theory, lectures at Stanford University (bound, published typescript), 1956.

Box 12, Folder 24

I. The algebra of measurement (typescript), 1955(?).

Box 12, Folder 25

Reprints and photocopies on quantum mechanics, received, 1928-1992.

Box 2, Folder 26

Notes on Los Angeles lectures (manuscripts lecture 7-8), n.d.

Box 12, Folder 27

Manuscript computations, n.d.

Box 12, Folder 28

QM lecture (manuscript), not before 1980(?).

Box 12, Folder 29

Hermann Weyl and quantum kinematics, centenary lecture (manuscript typescript), 1985(?).

Box 12, Folder 30

QM (manuscript lecture transparencies), ca. 1989.

Box 12, Folder 31

Assorted notes on QM (manuscript notes and computations), n.d.

Box , Folder 32

Quantum Action Principle (manuscript), n.d.

Box 12, Folder 33

Lecture manuscript (notebook), n.d.

Box 12, Folder 34

Quantum space: Introduction (manuscript), n.d.

Box 12, Folder 35

Quantum mechanics: class lecture notes and problems sets, ca. 1986.

Box 12, Folder 36

Quantum mechanics: class lecture notes, ca. 1986.

Box 12, Folder 37

Physics 221. Quantum mechanics: class lecture notes, 1984.

Box 12, Folder 38

Manuscript computations, n.d.

Box 12, Folder 39

V. Sattui Winery (St. Helena, California) business card, blindstamped Julian Schwinger, n.d.

Box 13, Folder 1

List of JS publications (# 0-206; 1934-1985), 1985.

Box 13, Folder 2

Description of research with B.G. Englert, n.d.

Box 13, Folder 3

Relativity and the common understanding, UCLA Faculty Research Lecture (lecture typescript; Space and time film cue timing sheet), 1979.

Box 13, Folder 4

On non-Hamiltonian representations in quantum mechanics (manuscripts and manuscript computations), n.d.

Box 13, Folder 5

Chapter 2. Electrostatics (manuscript typescript), n.d.

Box 13, Folder 6

Stanford lectures on differential equations and field theory (manuscript notebook), 1956.

Box 13, Folder 7

Brandeis lectures on general field theory of matter (manuscript notebook), 1960.

Box 13, Folder 8

Symbolism of atomic measurement: Quantum mechanics, (manuscript; 1 p. only) 1987.

Box 13, Folder 9

Jury duty spiral notebook, with JS manuscript notes and computations, 1987.

Box 13, Folder 10

Quantum mechanics. Chapter 1. The algebra of measurement (manuscript notebook), n.d.

Box 13, Folder 11

JS reprint, 1982.

Box 13, Folder 12

Physics 253b. Quantum mechanics: class lecture notes (manuscript), 1965.

Box 13, Folder 13

Physics 221. Quantum mechanics: class lecture notes (manuscript), 1984.

Box 13, Folder 14

QFT lecture (manuscript notebook), 1986-1987.

Box 13, Folder 15

Physics 210A and 210B: final examinations, 1982-1984.

Box 13, Folder 16

Physics 221A: examinations, 1984-1986.

Box 13, Folder 17

Physics 221B: examinations, 1985-1986.

Box 13, Folder 18

Physics 221C: examinations, 1985-1986.

Box 13, Folder 19

Physics 221: problem sets 1-25, 1984-1985.

Box 13, Folder 20

Physics 261: problem set 1, n.d.

Box 13, Folder 21

Miscellaneous physics class problems sets, exercises, manuscript notes, and examination fragments, n.d.

Box 13, Folder 22

Space Shuttle press information kit, 1978.

Box 13, Folder 23

Quantum mechanics: Symbolism of atomic measurement, lecture at University of New Mexico, Society of Physics Students Open Lecture (VHS videotape, 1:41:06), 1991.

Box 13, Folder 24

Books, 1937-1991

Box 13, Folder 24

Richard P. Feynman. Feynman lectures on physics, vol.2 (1964).

Box 13, Folder 24

Enrico Fermi. Thermodynamics (1937).

Box 13, Folder 24

Suzuki and Kubo. Evolutionary trends in the physics sciences (1991).

Box 13, Folder 24

Dukas and Hoffman. Albert Einstein: The human side (1979) (presentation copy).

Box 14, Folder 1

Coupled fields (manuscript notes), n.d.

Box 14, Folder 2

Fluctuation ... (manuscript computations), n.d.

Box 14, Folder 3

Chapter V. Networks (manuscript notes), n.d.

Box 14, Folder 4

Quantum electrodynamics I, II + III (typescript), n.d.

Box 14, Folder 5

The quantum theory of fields (manuscript notebook), n.d.

Box 14, Folder 6

Field theory Green's functions (manuscripts, notes), n.d.

Box 14, Folder 7

Assorted notes on two body equations (manuscript notes), n.d.

Box 14, Folder 8

Manuscript notes and computations, n.d.

Box 14, Folder 9

The theory of quantized fields II? (manuscript notes), n.d.

Box 14, Folder 10

Interactions of the fundamental particles / notes on lectures by Julian Schwinger, Harvard (typescript), 1956.

Box 14, Folder 11

Mass operators (manuscript notes and computations), n.d.

Box 14, Folder 12

Manuscript notes and computations, n.d.

Box 14, Folder 13

Sigma Xi lecture: Conflicts in physics (typescript), n.d.

Box 14, Folder 14

Assorted notes on ... time (manuscript notes), n.d.

Box 14, Folder 15

Festschrift on Otto Stern (entire issue of journal), 1988(?).

 

Assorted Notes on Aspects of Field Theory (Manuscript Notes), n.d.

Box 14, Folder 16

On gauge invariance (manuscript).

Box 14, Folder 16

Pseudo-scalar meson theory (manuscript computations).

Box 14, Folder 17

Fields (manuscript notes), n.d.

Box 14, Folder 18

Manuscript notes and computations (written on University of Wisconsin blue books and Department of Physics letterhead), n.d.

Box 14, Folder 19

Manuscript notes, lectures? (small 3-ring notebook), n.d.. Includes citations of papers, 1929-1935.

Box 14, Folder 20

QD introduction and Chapter 1. The algebra of measurement (manuscripts, typescript), n.d.

 

Manuscripts, n.d.

Box 14, Folder 21

Unitary operator bases.

Box 14, Folder 21

The special canonical group (manuscript).

Box 14, Folder 21

Note re Burton and Touschek's Schwinger dynamical principle (typescript).

Box 14, Folder 22

The quantum theory of fields (typescript), n.d.

Box 14, Folder 23

Angular momentum (manuscripts, notes), n.d.

 

MIT Radiation Laboratory Reports, 1942-1945.

Box 14, Folder 24

Unclassified mimeographed Typescripts.

Box 14, Folder 24

Theoretical treatment of a cylindrical T-R box (mimeographed typescript; marked SECRET).

Box 14, Folder 24

Theoretical results on the T-R box (mimeographed typescript; marked SECRET).

Box 14, Folder 24

Rectangular TR cavity (typescript; marked SECRET).

 

MIT Radiation Laboratory Reports and Manuscript Notes, 1944-1946.

Box 14, Folder 25

Nuclear induction lecture by Felix Bloch,.

Box 14, Folder 25

April 29, 1946 (mimeographed typescript).

Box 14, Folder 25

Report 43-2/7/44 (annotated typescript and graphs).

Box 14, Folder 25

Metallic cylindrical posts, H plane (marked SECRET).

Box 14, Folder 25

Section 22. Change of cross section, E plane (marked SECRET).

Box 14, Folder 25

Section 55. Bifurcation of a coaxial line (marked CONFIDENTIAL).

 

Manuscripts, Notes, and Reprints, 1941-1945

Box 14, Folder 26

Notes on electromagnetic fields in waveguides with simple cross sections (typescript).

Box 14, Folder 26

Final examination, Applied Science 33 (typescript).

Box 14, Folder 27

Manuscript notes, n.d.

Box 14, Folder 28

MIT Radiation Laboratory Report V-15S, Theory of diffraction by small holes (mimeographed typescript; marked CONFIDENTIAL), 1942.

 

Lectures (Manuscripts), n.d.

Box 14, Folder 29

[Schwinger lectures. Book 1. April?].

Box 14, Folder 29

Schwinger lectures. Book 2. May 11.

Box 14, Folder 29

Schwinger lectures. Book 3. 6/1.

Box 15, Folder 1

Manuscript computations (notebook), n.d.

Box 15, Folder 2

Sloan Foundation -- Source Theory Program (correspondence, applications, reports), 1975-1977.

Box 15, Folder 3

Guggenheim application, 1969.

 

Majorana Formula, for I.I. Rabi Festschrift, 1959, 1976

Box 15, Folder 4

Correspondence with Lloyd Motz, 1976.

Box 15, Folder 4

Majorana formula (manuscript typescript), 1959.

Box 15, Folder 4

A note on group theory and quantum mechanics (manuscript).

Box 15, Folder 5

Chaim Weizman centenary dinner, 1974-1975.

 

San Fu Tuan, 1974-1975

Box 15, Folder 6

Correspondence re scalar meson dominance model priority claims.

Box 15, Folder 6

Speculations concerning the Y particles and dyons (manuscript).

Box 15, Folder 7

Letters of recommendation for Alain J. Phares, 1977.

Box 15, Folder 8

Invitations and correspondence, 1974-1976.

Box 15, Folder 9

Manuscript Notes and Computations, n.d. Includes: El[ectron] scatt[er] on spin 0 (p meson) (manuscript).

Box 15, Folder 10

New improved estimation of R (computations, graphs, progress reports), 1976.

Box 15, Folder 11

Manuscript computations and notes, n.d.

Box 15, Folder 12

Propagation of fast neutrons (manuscript computations), n.d.

Box 15, Folder 13

Quadratic relativistic meson theory (manuscript computations), n.d.

Box 15, Folder 14

Green's functions of the radiation gauge (manuscript), n.d.

Box 15, Folder 15

Manuscript notes and computations, n.d.

Box 15, Folder 16

Manuscript computations, from lecture? (flip-chart sheets), n.d.

Box 15, Folder 17

Photon Green's function (manuscript computations), n.d.

Box 15, Folder 18

Manuscript computations, n.d.

Box 15, Folder 19

Coulomb Green's function (manuscript), n.d.

Box 15, Folder 20

Manuscript computations; reprints received, 1929-1950, n.d.

 

Non-Abelian Fields, n.d.

Box 15, Folder 21

Manuscript computations.

Box 15, Folder 21

Non-Abelian gauge fields: Relativistic invariance (manuscript).

Box 15, Folder 21

Non-Abelian gauge fields: External sources (manuscript).

Box 15, Folder 22

Fundamental interactions (manuscript notes and computations), ca. 1954-1957(?).

Box 15, Folder 23

Manuscript computations, n.d.

Box 15, Folder 24

Gauge fields, sources, and electron ... (manuscript), n.d.

Box 15, Folder 25

Manuscript computations, n.d.

Box 15, Folder 26

Manuscript computations re meson scattering, n.d.

 

Manuscript Computations, n.d.

Box 15, Folder 27

Non-Abelian gauge fields. Lorentz gauge formulation (manuscript notes).

Box 15, Folder 28

Assorted gravitation (manuscript computations, preprints received), ca. 1979.

Box 15, Folder 29

Manuscript computations, n.d.

Box 15, Folder 30

Lecture on Y particle (manuscript), 1975.

Box 15, Folder 31

Graphs, n.d.

Box 15, Folder 32

Manuscript computations, n.d.

 

Lecture and Manuscript Notes, n.d.

Box 15, Folder 33

1967 paper on mesons by Mitra et al.

Box 15, Folder 33

Photocopied transparencies from lecture by Schwitters.

Box 15, Folder 33

Lecture notes: MIT I - MIT IV (manuscript).

Box 15, Folder 33

Manuscript computations.

 

Manuscript Computations and Notes, n.d.

Box 15, Folder 34

The ... particle (manuscript).

Box 15, Folder 34

Unit spin propagation functions and form functions (manuscript).

Box 15, Folder 34

Chiral transformation (manuscript).

Box 15, Folder 34

Pion electromagnetic mass difference by Lai-Him Chan (manuscript).

Box 15, Folder 34

Field theory of matter IV. Added note (manuscript).

Box 15, Folder 35

Integral representations of causal functions (manuscript notes and computations), ca. 1959(?).

Box 15, Folders 36

Manuscript notes and computations, n.d.

 

Manuscript Notes and Computations, n.d.

Box 15, Folder 37

K-meson (typescript).

Box 15, Folder 37

Gravitational field harmonic gauge (manuscript).

 

Manuscript Notes and Computations, n.d.

Box 15, Folder 38

Photons, mesons and form factor (manuscript).

Box 15, Folder 39

Fields and particles, lecture, 1963 Belfer Conference (annotated typescript), 1964.

Box 15, Folder 40

Preprints and reprints received, 1963-1978.

 

Manuscripts, n.d.

Box 16, Folder 1

Untitled notes (manuscript).

Box 16, Folder 1

Discussion re gravitational fields (typescript).

Box 16, Folder 1

Mass empirics (manuscript).

Box 16, Folder 1

Non-Abelian vector gauge field and the electromagnetic field (manuscript).

Box 16, Folder 1

A ninth baryon? (manuscript).

Box 16, Folder 1

Lepton interactions (manuscript).

Box 16, Folder 1

Quantum variables and group parameters: Introduction (manuscript).

Box 16, Folder 1

mw = ? (manuscript).

Box 16, Folder 1

Chiral transformations (manuscript).

Box 16, Folder 1

Colliding beams and the r coupling constant (manuscript).

Box 16, Folder 1

Photons, mesons, and form factors (manuscript).

Box 16, Folder 1

Partial symmetry (manuscript).

 

Manuscripts, n.d.

Box 16, Folder 2

Field theory of matter II (manuscript).

Box 16, Folder 2

... Further speculations (manuscript).

Box 16, Folder 2

Chiral partial symmetry. A1 width and the s meson (manuscript).

Box 16, Folder 2

Chiral dynamics (manuscript).

Box 16, Folder 2

Fields and particles (annotated typescript).

Box 16, Folder 2

Untitled manuscript; includes equations 3.83 - 5.94, Appendix A - C, Footnotes (manuscript).

Box 16, Folder 2

Manuscript lecture transparencies.

Box 16, Folder 2

Lecture V (manuscript).

Box 16, Folder 2

Classical scattering of dyons (manuscript).

Box 16, Folder 2

Unit-spin propagation functions (manuscript).

Box 16, Folder 2

Objective (manuscript).

 

Manuscripts, n.d.

Box 16, Folder 3

Manuscript lecture transparencies.

Box 16, Folder 3

Conflicts in physics lecture at Tübingen's 500th Anniversary (manuscript).

Box 16, Folder 3

Deep inelastic sum rules in source theory (manuscript).

Box 16, Folder 3

Relativistic comets (manuscript).

Box 16, Folder 3

Something physical (manuscript).

 

Manuscripts, n.d.

Box 16, Folder 4

Magnetic charge and the charge quantization condition (manuscript).

Box 16, Folder 4

Electrodynamic renormalization group -- without renormalization, or a group (typescript).

Box 16, Folder 4

Asymptotic spectral form of spin ½ and 0 propagation functions (manuscript typescript).

Box 16, Folder 4

Manuscript notes and computations.

Box 16, Folder 4

Source theory viewpoints in deep inelastic scattering (manuscript).

Box 16, Folder 4

Manuscript lecture transparencies.

Box 16, Folder 5

Figures and graphs, n.d.

Box 16, Folder 6

Spin waves (manuscript computations), n.d.

Box 16, Folder 7

Lecture V (manuscript), n.d.

 

Manuscripts, n.d.

Box 16, Folder 8

Adler's sum rule in source theory (manuscript).

Box 16, Folder 8

Added note (typescript).

Box 16, Folder 8

Lecture at Bell Lab (manuscript).

Box 16, Folder 8

One dimensional quantum electrodynamics (manuscript computations).

Box 16, Folder 9

The theory of coupled fields: Notes on lectures by J. Schwinger (mimeographed typescript), 1954.

Box 16, Folder 10

The theory of the fundamental interactions. Notes on lectures given at ... Canadian Association of Physicists (typescript), 1957.

 

Manuscripts, n.d.

Box 16, Folder 11

Manuscript computations.

Box 16, Folder 11

Gauge invariance and mass II (manuscript).

Box 16, Folder 11

Gravitational field theory (manuscript).

Box 16, Folder 12

Lecture manuscript and computations, including lecture at Stanford University, 1967, n.d.

Box 16, Folder 13

Manuscript notes and computations, n.d.

 

Manuscripts, n.d.

Box 16, Folder 14

Non-Abelian gauge fields. Lorentz gauge formulation (manuscript).

Box 16, Folder 14

Commutation relations and conservation laws (manuscript).

Box 16, Folder 14

Untitled manuscript on Abelian gauge fields* Coulomb Green's function (manuscript).

Box 16, Folder 14

Broken symmetries and weak interactions (manuscript).

Box 16, Folder 14

Untitled footnotes (manuscript).

 

Manuscripts, n.d.

Box 16, Folder 15

Spin, statistics, and the TCP theorem (manuscript).

Box 16, Folder 15

Addendum to Spin, statistics, and the TCP theorem (manuscript).

Box 16, Folder 15

The dynamical principle (manuscript).

Box 16, Folder 15

Untitled manuscript.

Box 16, Folder 15

Untitled manuscript, including equations 6.17-6.165.

Box 16, Folder 15

Field theory of matter: added notes (manuscript).

Box 16, Folder 16

Special fields (manuscript; folder originally labelled Opus II), n.d.

Box 16, Folder 17

Manuscript notes and computations, n.d.

Box 16, Folder 18

Electron scattering on P± mesons (manuscript), n.d.

Box 16, Folder 19

Manuscript notes and computations, 1977, n.d. Includes program of the Symposium on the Occasion of the 50th Anniversary of the [Pysin?] Laboratories (Columbia University).

Box 16, Folder 20

Theory of nuclear collisions (manuscript computations), n.d.

Box 16, Folder 21

Magnetic charge and the charge quantization condition (manuscript typescripts), n.d.

Box 16, Folder 22

Energy loss (annotated photocopies), n.d.

Box 16, Folder 23

Casimir (photocopied articles; manuscript notes and computations), n.d.

Box 16, Folder 24

Psi (photocopied articles), n.d.

Box 16, Folder 25

Magnetic charge (photocopied articles), n.d.

Box 16, Folder 26

F-B transformations (manuscript notes), n.d.

Box 16, Folder 27

Manuscript computations and notes for letters, n.d.

Box 16, Folder 28

Letter of recommendation by JS, n.d.

Box 16, Folder 29

Correspondence, 1975-1978. Includes: N.D. Hari Duss; Asoke Nath Mitra; E.K. Shirk.

Box 16, Folder 30

Letters from William K. Stickey ( Science News), 1975.

Box 16, Folder 31

Correspondence re proposed UCLA Faculty Research Lecture, 1979.

Box 16, Folder 32

JS publication lists, 1977.

Box 16, Folder 33

Physics 230b: class lecture notes and problem sets, 1977.

Box 16, Folder 34

Preprints, reprints, and photocopies received, 1972-1980.

 

Personal (Correspondence; Book Announcement; 1965 Nobel Prize Information), 1945-1971

Box 17, Folder 1

Correspondence (1945-1971; bulk 1954-1956, 1968-1969). Includes: Leverett Davis, Jr., Franklin L. Ford, Elmer Hutchinson, Robert H. Kohler, J.H. Oort, J. Robert Oppenheimer, Marcel Schein, N. Sommerfeld, and Lyman Spitzer, Jr.

Box 17, Folder 1

Announcement of publication of Particles, Sources, and Fields (1969).

Box 17, Folder 1

List of 1965 Nobel Prize winners; notice from Stockholm bank.

 

Personal (Correspondence; Ucla Appointment Letter; 1965 Nobel Laureates Information), 1951-1969

Box 17, Folder 2

Correspondence (1953-1969), including: McGeorge Bundy; J.F. Detoeuf; Richard P. Feynman; Clark Kerr; J. Robert Oppenheimer; Gregor Wentzel.

Box 17, Folder 2

Appointment letter to UCLA Department of Physics, 1966.

Box 17, Folder 2

1965 Nobel laureates information.

Box 17, Folder 2

Lists of laureates.

Box 17, Folder 2

Background information on the Nobel Prize.

Box 17, Folder 2

Map of Stockholm.

Box 17, Folder 2

Programs.

Box 17, Folder 2

Instructions and itinerary for laureates.

Box 17, Folder 2

Code of Statutes (1951).

Box 17, Folder 3

Manuscript computations and graphs, n.d.

Box 17, Folder 4

Manuscript notes and computations, n.d.

Box 17, Folder 5

Manuscript lecture transparencies re Stern Gerlach magnetic moment measurement, n.d.

Box 17, Folder 6

Alexander von Humboldt-Stiffung (Humboldt Prize), 1980-1982.

 

Manuscripts, 1962-1980, n.d.

Box 17, Folder 7

A reply to a book review re Particles, Sources, and Fields (typescript, letter), 1971.

Box 17, Folder 7

Two neutrinos (typescript), 1962.

Box 17, Folder 7

Electron orbits in the synchrotron (mimeographed typescript).

Box 17, Folder 7

Renormalization theory of quantum electrodynamics --An individual view (typescripts), 1980.

Box 17, Folder 7

Focused magic (manuscript).

 

Manuscripts and Lectures, n.d.

Box 17, Folder 8

Snowbird lecture (manuscript).

Box 17, Folder 8

Sigma Xi Lecture -- Conflicts in physics (typescript).

Box 17, Folder 8

Relativistic comets (typescript).

 

Manuscripts, n.d.

Box 17, Folder 9

Nuclear energy in an atomic lattice: Causal order (manuscript).

Box 17, Folder 9

Casimir energy for dielectrics (manuscript).

Box 17, Folder 9

Casimir energy for dielectrics II (manuscript).

Box 17, Folder 9

Casimir effect in source theory II (manuscript).

Box 17, Folder 9

Casimir effect in source theory III (manuscript).

Box 17, Folder 9

Casimir light -- A glimpse (manuscript).

Box 17, Folder 9

Casimir light. Photon pairs (manuscript).

Box 17, Folder 9

A progress report. Energy transfer in cold fusion and sonoluminescence (manuscript).

Box 17, Folder 10

Manuscripts (untitled), n.d.

Box 17, Folder 11

Referee's review of Thomas-Fermi model (manuscript), 1980.

Box 17, Folder 12

Preprints, reprints, technical reports, and photocopies received, 1963-1989.

Box 17, Folder 13

Preprints, reprints, technical reports, and photocopies received, 1962-1977.

Box 17, Folder 14

Preprints, reprints, technical reports, and photocopies received, 1967-1977.

Box 18, Folder 1

List of JS publications, 1934-1971, 1971.

Box 18, Folder 2

Renormalization theory of quantum electrodynamics: an individual view (typescripts), 1980.

Box 18, Folder 3

Casimir light -- The source (manuscript typescript), 1992(?).

Box 18, Folder 4

The statistical atom (manuscript lecture transparencies), n.d.

Box 18, Folder 5

Statistical atom (manuscript lecture transparencies), n.d.

Box 18, Folder 6

Ojai lecture notes (manuscript), n.d.

Box 18, Folder 7

Statistical atom (manuscript lecture transparencies), not before 1987(?).

Box 18, Folder 8

Sigma Xi -- Statistical atom (manuscript lecture and transparencies), not before 1983.

Box 18, Folder 9

Lecture transparencies, n.d.

Box 18, Folder 10

The statistical atom -- Review for Physikalische Blätter (annotated typescript), 1985.

Box 18, Folder 11

Thomas-Fermi figures, n.d.

Box 18, Folder 12

Thomas-Fermi plots, n.d.

Box 18, Folder 13

TF [Thomas-Fermi] Lindau (manuscript lecture transparencies), n.d.

Box 18, Folder 14

Manuscript computations, n.d.

Box 18, Folder 15

Physics 115A. Elementary quantum mechanics: problem sets, manuscript notes and computations, 1980.

Box 18, Folder 16

Manuscript notes and computations, n.d.

Box 18, Folder 17

Einstein's legacy, lecture at University of New Mexico (manuscript), 1987.

Box 18, Folder 18

The glorious days (Professor Zichicki) (manuscript lecture notes), n.d.

Box 18, Folder 19

Thomas-Fermi model: The leading correction / The secondcorrection (manuscript notes and computations; typescript; referee's report; manuscript response), 1980.

 

Manuscripts, 1990, n.d.

Box 18, Folder 20

Phonon Green's function (manuscript typescript).

Box 18, Folder 20

Phonon dynamics (typescript, reprint), 1990.

Box 18, Folder 20

Phonon representations (typescript, reprint), 1990.

Box 18, Folder 20

Nuclear energy in an atomic lattice: Causal order (typescript, preprint).

Box 18, Folder 21

Cold fusion -- does it have a future? lecture (typescript), not before 1989.

Box 18, Folder 22

Manuscript notes and computations, n.d.

Box 18, Folder 23

Thomas-Fermi model manuscript notes and computations; letter from Larry Spruch, 1980, n.d.

Box 18, Folder 24

Manuscript and lecture notes, n.d.

Box 18, Folder 25

Multispiner basics of Fermi-Bose transformations (manuscript), n.d.

 

Manuscripts, 1967-1982, n.d.

Box 18, Folder 26

Final report to A.P. Sloan Foundation (typescript), 1978.

Box 18, Folder 26

Viewpoints in relativistic quantum theory (manuscript).

Box 18, Folder 26

The future of fundamental physics (typescript).

Box 18, Folder 26

The future of fundamental physics Colin lecture (manuscript), 1967.

Box 18, Folder 26

Field theory of matter III (typescript).

Box 18, Folder 26

Deep inelastic neutrino scattering and pion-nucleon cross sections (manuscript).

Box 18, Folder 26

Electromagnetic mass revisited (manuscript), 1982.

Box 18, Folder 26

The statistical atom: Some quantum improvements (manuscript).

Box 18, Folder 27

Relativity and the common understanding lecture (manuscript typescript, film timing cue sheet), 1979-1981. Includes version for Humboldt Award, 1981.

 

Manuscripts, 1945-1946.

Box 18, Folder 28

Notes on electromagnetic fields in waveguides with simple cross sections.

Box 18, Folder 28

The impedance concept wave guides.

Box 18, Folder 28

Chapter 2. Waveguides and equivalents transmission lines.

Box 18, Folder 29

Chapter II. The theory of guided waves. and The impedance of . in wave guides (typescript) 1946.

Box 18, Folder 30

Selected papers on quantum electrodynamics (typescript), n.d.

Box 18, Folder 31

Quantum electrodynamics: an individual view lecture (typescript), n.d.

Box 18, Folder 32

Conference comments by Schwinger et al on papers by Seaborg, Eccles, et al, n.d.

Box 18, Folder 33

Gravitons and photons: the methodological unification of source theory -- Gravity Research Foundation (Worcester, Massachusetts) Second Award (manuscript typescript, award notice), 1975.

Box 18, Folder 34

Thomas-Fermi revisited: The outer regions of the atom (manuscript typescript), n.d.

Box 18, Folder 35

Thomas-Fermi quantization, classical orbits, and the systematics of the periodic table (photocopy of publication), 1989.

Box 19, Folder 1

Manuscript notes and computations, n.d.

 

Manuscript and Lecture, 1980, n.d.

Box 19, Folder 2

Electrodynamic renormalization group--Without renormalization, or a group.

Box 19, Folder 2

Renormalization theory of quantum electrodynamics.

Box 19, Folder 2

An individual view, 1980 (lecture typescript).

Box 19, Folder 3

Conflicts in physics, Sigma Xi Lecture, UCLA, April 4, 1973 (manuscript typescript), 1973.

Box 19, Folder 4

Curriculum vitae; list of Ph.D. students, ca. 1985.

Box 19, Folder 5

Talks about physics. November 15, 1985, typescript transcript of discussion with I.I. Rabi et al, 1985.

Box 19, Folder 6

Manuscript on gauge invariant theory, n.d.

Box 19, Folder 7

Physics in the future: a view from the past, lecture at Columbia University (manuscript notes, typescript), 1977.

Box 19, Folder 8

Disturbing the Universe--II, New Yorker article (August 13, 1977) on JS et al, 1977.

Box 19, Folder 9

Physics 115A. Winter 1980: final exam, 1980.

Box 19, Folder 10

Correspondence with Sam Devans, 1981.

 

Manuscripts, 1974-1975, n.d.

Box 19, Folder 11

Non-Abelian gauge fields. Relativistic invariance.

Box 19, Folder 11

Source theory discussion of deep inelastic scattering with polarized particles.

Box 19, Folder 11

Deep inelastic scattering of polarized electrons. A dissident view.

Box 19, Folder 11

Field theory of matter IV.

Box 19, Folder 11

Interpretation of a narrow resonance in e+e-annihilation.

Box 19, Folder 11

Particles, sources, and fields II. 4. Electrodynamics.

Box 19, Folder 11

Speculations concerning the Y particles and dyons, 1975.

Box 19, Folder 11

Two neutrinos.

 

Manuscripts, n.d.

Box 19, Folder 12

Majorana formula.

Box 19, Folder 12

Integral representations of causal functions.

Box 19, Folder 12

Deep inelastic scattering of leptons.

Box 19, Folder 12

Deep inelastic scattering of leptons. Part II.

Box 19, Folder 12

Speculations concerning the Y particles and dyons.

Box 19, Folder 12

Gravitons and photons: The methodological unification of source theory.

Box 19, Folder 12

5-8. Photon propagation function III.

Box 19, Folder 12

Pion spectrum in decay of Y(3.7) to Y(3.1).

 

Assorted Writings [Manuscripts], 1974, n.d.

Box 19, Folder 13

Phen. and spec. approaches in particle theory.

Box 19, Folder 13

Art & science are not artificially divided ... (1974).

Box 19, Folder 13

Les Prix Nobel en 1965 (typescript).

Box 19, Folder 13

The subject of the proposed research is Source Theory ...

Box 19, Folder 13

The theory of sources.

Box 19, Folder 14

Manuscript notes and computations, n.d.

Box 19, Folder 15

Letters of recommendation for Jack Ng, 1973.

Box 19, Folder 16

Brownian motion of a quantum oscillator (manuscript), n.d.

Box 19, Folder 17

TF Revue (lecture transparencies), n.d.

Box 19, Folder 18

Added notes to 'Dynamical theory of k-mesons' (manuscript), n.d.

Box 19, Folder 19

Quantization of fields (manuscript), n.d.

 

Magnetic Charge (M.M.M.), 1931, 1975.

Box 19, Folder 20

A magnetic model of matter (manuscript).

Box 19, Folder 20

Magnetic charge. Binding agent of matter? (manuscript typescript).

Box 19, Folder 20

Reprints received, including P.A.M. Dirac, 1931.

Box 19, Folder 21

Dyons (subject file), ca. 1979.

Box 19, Folder 22

Quantum variables and the action principle (manuscript), n.d.

Box 19, Folder 23

Letter to Morton Hameresh (manuscript typescript), 1946.

Box 19, Folder 24

Tomonaga Festschrift, 1980.

Box 19, Folder 25

Cambridge University Press (contract, correspondence, manuscript: Renormalization theorem of quantum ...), 1982.

 

Manuscripts, n.d.

Box 19, Folder 26

Relativistic comets.

Box 19, Folder 26

Broken symmetry and weak interaction II.

Box 19, Folder 26

Thomas-Fermi Model: The second correction.

Box 19, Folder 26

Section II: Lepton physics with polarized targets.

Box 19, Folder 26

Lecture transparencies on molar di-magnetic susceptibility.

Box 19, Folder 27

Reprints and tearsheets received, 1948-1987. Includes: Richard P. Feynman (1954).

 

Manuscripts, 1948, n.d.

Box 19, Folder 28

The statistical atom (typescript).

Box 19, Folder 28

Magnetic charge.

Box 19, Folder 28

Magnetic charge and quantum field theory. Added note.

Box 19, Folder 28

On quantum electrodynamics and the magnetic moment of the electron Mimeographed manuscript notes by R. Serber, B. Possi, J. Schwinger, R. Feynman et al, 1948.

 

Manuscripts, n.d.

Box 19, Folder 29

Quantum electrodynamics. I. A covariant formulation.

Box 19, Folder 29

Response to referees' comments (manuscript).

Box 19, Folder 30

Investigation of high frequency limitations in millimeter wave generations (typescript), 1956.

Box 19, Folder 31

Microtron. Los Alamos lectures (manuscript), n.d.

 

Class Examinations, 1979

Box 19, Folder 32

Physics 115B. Spring 1979: mid-quarter quiz, final exam.

Box 19, Folder 32

Physics 115A. Winter 1979: final exam.

Box 19, Folder 33

Reprints and Preprints Received, 1941-1954. Includes: Quantum electrodynamics and meson theories. Notes on the lectures by Professor Richard P. Feynman, 1950 (typescript).

 

Manuscripts, n.d.

Box 19, Folder 34

Quantum electrodynamics II. Vacuum polarization and self energy.

Box 19, Folder 34

Relativistic electrodynamics.

Box 19, Folder 35

Manuscript computations, n.d.

Box 19, Folder 36

Manuscripts and manuscript computations, n.d. Includes: Added note to A theory of the fundamental interactions.

Box 19, Folder 37

Manuscript computations and notes, n.d.

 

Manuscripts, n.d.

Box 19, Folder 38

* Gauge invariance and mass III.

Box 19, Folder 38

* Untitled.

Box 19, Folder 38

* Source theory analysis of electron-positron annihilation experiments.

Box 19, Folder 39

Bainbridge (manuscript computations), 1957(?).

Box 19, Folder 40

Manuscript computations, ca. 1955(?).

Box 19, Folder 41

Manuscript computations, n.d.

Box 20, Folder 1

Manuscript computations, n.d.

Box 20, Folder 2

Phenomenological analysis of pp --> D++X experiments / W-Y. Tsai and L.F. Orrutia (typescript), n.d.

Box 20, Folder 3

e+e- graphs (manuscript computations, graphs, letters), 1976.

Box 20, Folder 4

Manuscript computations, n.d.

Box 20, Folder 5

Spectral representation for forward off-shell scattering (typescript, manuscript notes, photocopied articles), 1976.

Box 20, Folder 6

Manuscripts, n.d.

 

Manuscripts, Manuscript Computations, Subject Files, ca. 1976

Box 20, Folder 7

* A comment on spectral mass domains of the vertex function (manuscript).

Box 20, Folder 7

* Radiation processor for extreme rel. energy (manuscript computations) .

Box 20, Folder 8

Physics in the future: a view from the past (I.I. Rabi symposium), 1977. Includes My first rejection slip (manuscript).

Box 20, Folder 9

Manuscript computations, n.d.

Box 20, Folder 10

Physics 230a: class lecture notes (manuscript), Fall 1976.

 

Manuscripts and Manuscript Computations, n.d.

Box 20, Folder 11

On quantum electrodynamics and the magnetic moment of the electron (typescript).

Box 20, Folder 11

On the interaction of several electrons (typescript).

Box 20, Folder 11

Manuscript computations (photocopy; notebook).

Box 20, Folder 11

... electron [interp?] on some models.

Box 20, Folder 11

The statistical atom. A study.

Box 20, Folder 12

Thomas-Fermi model: The leading correction (manuscripts, typescript), n.d.

Box 20, Folder 13

Lectures and manuscripts, n.d.

Box 20, Folder 14

Festschrift lecture for Shin-ichiro Tomonaga: A memorial: Two Shakers of physics (publication; annotated typescript), 1980.

Box 20, Folder 15

Reprints received, 1932-1979. Includes P.A.M. Dirac (1932).

Box 20, Folder 16

Provisional notes for Error and momentum density in field theory (manuscript), n.d.

Box 20, Folder 17

Coupled fields (manuscript notes), ca. 1954(?).

Box 20, Folder 18

Relativistic quantum field theory (typescript, galley), 1966.

Box 20, Folder 19

Manuscript computations, n.d.

 

Manuscripts and Computations, 1953, n.d.

Box 20, Folder 20

Non-rel D theo... scatter (manuscript computations).

Box 20, Folder 20

A note on the quantum dynamical principle, 1953 (annotated typescript, title page only).

Box 20, Folder 20

Chapter 1: The algebra of measurement (manuscript).

Box 20, Folder 20

Some notes on Green's functions (manuscript).

Box 20, Folder 20

The future of ... physics (manuscript).

Box 20, Folder 20

Broken symmetries and weak interactions II (manuscript).

Box 20, Folder 20

Untitled manuscript or lecture.

Box 20, Folder 21

Physics 251A: final examinations (manuscript typescript), 1957, 1960.

Box 20, Folder 22

Vernon Hughes pol[arization] expts. (correspondence, preprints), 1975-1977.

Box 20, Folder 23

Manuscript computations, n.d.

 

Manuscripts and Computations, n.d.

Box 20, Folder 24

The copy editor has caused me to lose the few hairs remaining in my head ... (manuscript letter notes).

Box 20, Folder 24

The quantized gravitational field. Introduction (manuscript).

Box 20, Folder 24

IV. Tuesday Afternoon. Theoretical Physics (typescript symposium presentation).

Box 20, Folder 24

Euclidean field theory. Introduction (manuscript).

Box 20, Folder 24

Two neutrinos (manuscript).

Box 20, Folder 24

Field theory of unstable particles (manuscript).

Box 20, Folder 24

Untitled manuscript computations and text.

 

Manuscripts, n.d.

Box 20, Folder 25

Non-Abelian gauge fields. Lorentz gauge formulation (manuscript).

Box 20, Folder 25

Physics. Source theory analysis of electron-positron annihilation experiments ... (manuscript).

Box 20, Folder 25

Electrodyn[amics] II. 506. Strong magnetic fields (manuscript).

Box 20, Folder 26

Manuscript computations; reprints received, 1970-1977, n.d.

Box 20, Folder 27

Manuscript letter to Roger re Green's functions, 1977.

Box 20, Folder 28

Lecture manuscript I-V, 7th Annual Hawaii Topical Conference in Particle Physics, 1977.

Box 20, Folder 29

Meson scattering and determinants (manuscript notes), n.d.

Box 20, Folder 30

Groups (manuscript computations), n.d.

 

Manuscript Computations and Text, ca. 1968, 1971

Box 20, Folder 31

Response to referee's comments.

Box 20, Folder 31

Casimir effect is source theory (manuscript).

Box 20, Folder 31

A reply to a book review (manuscript and cover letter).

Box 20, Folder 31

Source theory versus operator field theory (manuscript).

Box 20, Folder 32

Letter to Physics Review, commenting on letter by C.R. Hagen (typescript), 1975.

Box 20, Folder 33

Letter supporting Nobel Prize nomination of the Pugwash Conference on Science and World Affairs (typescript), 1975.

Box 20, Folder 34

Manuscript computations, n.d.

 

Lorentz Trans. & Rotations, n.d.

Box 20, Folder 35

Lorentz transfer (manuscript computations).

Box 20, Folder 35

Rotations & angular momentum (manuscript notes).

Box 20, Folder 35

Angular momentum (manuscript computations).

Box 20, Folder 36

Quantum Mechanics, Spring 1960 (manuscript computations), 1960.

 

Manuscripts, n.d.

Box 20, Folder 37

Quantized gravitational field II.

Box 20, Folder 37

Quantized gravitational field. Spin ½ matter.

Box 20, Folder 37

Completely local quantum fields.

Box 20, Folder 37

H. atom sources.

Box 20, Folder 37

Lecture introduction (manuscript).

Box 20, Folder 37

Theory of multiparticle systems.

Box 20, Folder 38

Manuscript, computations, and photocopied articles, 1974-1976.

Box 20, Folder 39

On angular momentum (JS monograph); letter from W.A. Nierenburg, 1952, 1986.

 

Manuscripts, 1945

Box 21, Folder 1

A proposal for accelerating electrons to very high energies / Luis W. Alvarez.

Box 21, Folder 1

Equivalent circuits for waveguide structures / Schwinger & Marcuvitz (typescript).

Box 21, Folder 2

MIT Radiation Laboratory Report 43-2/7/44, Wave guide handbook, first revised edition (typescript; marked SECRET), 1944.

 

Manuscripts and Computations, n.d.

Box 21, Folder 3

Theory of fundamental interactions.

Box 21, Folder 3

Theory of quantized fields I.

Box 21, Folder 3

2. Quantum dynamics of localizable fields.

Box 21, Folder 3

A variational principle for scattering problems.

 

Manuscripts, n.d.

Box 21, Folder 4

Q.F. IV.

Box 21, Folder 4

The theory of Quantized Fields III.

Box 21, Folder 4

The theory of Quantized Fields IV.

Box 21, Folder 4

Maforene formula.

Box 21, Folder 4

Magnetic charge and quantum field theory.

Box 21, Folder 4

Sources and magnetic charges.

Box 21, Folder 4

On a theory of particles with half-integral spin.

Box 21, Folder 4

On the charge & independence of nuclear forces.

Box 21, Folder 4

Non-Abelian gauge fields. Commutation relations.

 

Manuscripts, 1968, n.d.

Box 21, Folder 5

The Green's function gauge transformation ...

Box 21, Folder 5

A magnetic model of matter, 1968.

Box 21, Folder 5

Electric and magnetic charge renormalization.

Box 21, Folder 5

Intent Degr of Free.

Box 21, Folder 5

Particles and sources.

Box 21, Folder 5

Sources and gravitons.

Box 21, Folder 5

Gauge fields, sources, and electromagnetic masses.

 

Manuscripts, n.d.

Box 21, Folder 6

Introduction.

Box 21, Folder 6

Sources and magnetic charge. Notes added in proof.

Box 21, Folder 6

On the bound states of a given potential.

Box 21, Folder 6

Exterior algebra and the action principle I.

Box 21, Folder 6

Relativity of matter and antimatter.

Box 21, Folder 6

Quantized gravitational field III. Spin ½ matter field.

Box 21, Folder 6

Quantum kinematics and dynamics.

Box 21, Folder 6

On angular momentum.

Box 21, Folder 6

The geometry of quantum states.

Box 21, Folder 6

Spin and statistics.

 

Manuscripts, n.d.

Box 21, Folder 7

Quantized gravitational field. Spin ½ matter.

Box 21, Folder 7

A theory of the fundamental interactions.

Box 21, Folder 7

On the Green's functions of quantized fields III.

Box 21, Folder 7

Particles, sources, and fields.

Box 21, Folder 7

Field theory commutators (typescript).

Box 21, Folder 7

On the Euclidean structure of relativistic field theory.

Box 21, Folder 7

Selected papers on quantum electrodynamics.

Box 21, Folder 7

The quantum connection in the radiation by energetic accelerated electrons (manuscript and typescript).

Box 21, Folder 7

A note on the quantum dynamical principle (manuscript and typescript).

Box 21, Folder 7

Unitary transformations and the action principle.

Box 21, Folder 7

The theory of quantized fields V.

Box 21, Folder 7

Gauge invariance and mass II.

 

Manuscripts, n.d.

Box 21, Folder 8

Energy and momentum density in field theory.

Box 21, Folder 8

The quantized gravitational field.

Box 21, Folder 8

Quantized gravitational field II (typescript).

Box 21, Folder 8

On the electrodynamic displacement of atomic energy levels.

Box 21, Folder 8

On the classical radiation of accelerated electrons.

Box 21, Folder 8

On the Green's functions of quantized fields.

Box 21, Folder 8

On high energy nuclear scattering and isobars.

Box 21, Folder 8

The algebra of microscopic measurement.

Box 21, Folder 8

Euclidean quantum electrodynamics.

Box 21, Folder 8

Field theory of unstable particles.

Box 21, Folder 8

Variational principles for scattering processes.

Box 21, Folder 8

Untitled, on unstable particles.

Box 21, Folder 9

Dover & Handbuch [der Physik] correspondence, 1955-1958 (correspondence, prospectus, manuscript, contract).

 

Manuscripts, n.d.

Box 21, Folder 10

On radiation by electrons in a betatron.

Box 21, Folder 10

The algebra of microscopic measurement.

Box 21, Folder 10

Unitary operator bosons.

Box 21, Folder 10

The theory of quantized fields II.

Box 21, Folder 10

The theory of quantized fields III.

Box 21, Folder 10

The theory of quantized fields IV.

Box 21, Folder 10

The theory of quantized fields V.

Box 21, Folder 10

The theory of quantized fields. Introduction.

Box 21, Folder 10

A note on the Green's function of quantized fields.

Box 21, Folder 11

Miscellaneous (manuscript computations), n.d.

Box 21, Folder 12

Manuscript computations, ca. 1950.

Box 21, Folder 13

Tahoe lecture: Is Spin Conference like Humpty-Dumpty? or The Stern-Gerlach Interferometer (SGI) (manuscripts,lecture transparencies), n.d.

 

Lecture Manuscripts, 1988.

 

Feshbach lecture (manuscripts, transparencies).

 

Lindau, 1988 (manuscript).

 

München, 1988 (manuscript).

 

Rabi lecture (manuscript typescript).

Box 21, Folder 15

HD München Lecture (manuscript and transparencies), 1988.

Box 21, Folder 16

Is spin coherence like Humpty Dumpty? (typescript), 1988.

Box 21, Folder 17

Lecture of nuclear physics. MIT 1944, Princeton 1946 (manuscripts), 1944, 1946.

Box 21, Folder 18

Manuscript computations, n.d.

Box 22, Folder 19

On the charged scalar mesotron field (manuscript), n.d.

Box 21, Folder 20

Physics 47 -- Advanced Nuclear Physics -- Prof. Julian Schwinger -- Fall Term 1946-47 -- Book I, II, III (manuscripts and computations), 1946-1947.

Box 21, Folder 21

Neutron-proton scattering (manuscript computations), n.d.

Box 22, Folder 1

Slides, n.d.

Box 22, Folder 2

Lecture manuscript, 1945.

Box 22, Folder 3

Annotated typescripts, including: 5. Solution of the problem of the bifurcated guide by the static method for b'=b, n.d.

Box 22, Folder 4

Electron orbits in the synchrotron (D.S. Saxon and JS; typescript photocopy), 1946. Includes: letters from David L. Judd, David S. Saxon, 1975.

Box 22, Folder 5

On radiation by electrons in a betatron (annotated typescript), 1945.

Box 22, Folder 6

Fellowships (manuscript and typescript letters of recommendation by JS for NRC et al), 1952-1957.

Box 22, Folder 7

Manuscript notebook, n.d.

Box 22, Folder 8

Strong coupling: manuscript notes, tables, graphs, and computations, 1937, n.d.

 

Letters, 1950-1961

Box 22, Folder 9

Letter from Edward Teller, marked SECRET (1950).

Box 22, Folder 9

JS patent (2,731,602) for Directional Coupler (1956).

Box 22, Folder 9

JS and B.A. Lippman patent (2,643,295) for Microwave Wheatstone Bridge (1953).

Box 22, Folder 9

Invitation letter to deliver 1960 Josiah Willard Gibbs Lecture (1958).

Box 22, Folder 9

Letters of recommendation by JS.

Box 22, Folder 9

Letter from Paul Buck, Harvard University librarian.

Box 22, Folder 9

AEC Personnel Security Questionnaire.

Box 22, Folder 10

Magnetic scattering of neutrons / by P.N. Rivers copy #3 (manuscript text, computations, graphs), ca. 1937. Includes: On the neutron-proton interaction.

Box 22, Folder 11

Neutron scattering of ortho and para hydrogen and the range of nuclear forces (manuscript typescript, computations), n.d.

Box 22, Folder 12

Reprints received, 1942-1943.

 

Manuscripts and Computations, n.d.

Box 22, Folder 13

On the charged scalar mesotron field (manuscript typescript).

Box 22, Folder 13

Classical symmetrical pseudo-scalar meson theory (manuscript).

Box 22, Folder 13

Neutral pseudo-scalar meson theory -- Classical strong coupling (manuscript).

Box 22, Folder 13

Spinors (manuscript).

 

Manuscripts, n.d.

Box 22, Folder 14

Classical fields.

Box 22, Folder 14

Special classical fields I.

Box 22, Folder 14

Special classical fields II.

Box 22, Folder 14

Special classical fields III.

Box 22, Folder 14

Special classical fields IV.

Box 22, Folder 14

Particle eigenvectors for no external field.

Box 22, Folder 14

2nd quantiz...

 

Manuscripts and Computations, n.d.

Box 22, Folder 15

On the radiation of sound from an unflanged circular pipe (annotated typescript abstract).

Box 22, Folder 16

Proton-proton scattering (manuscript computations, graphs, tables), n.d.

Box 22, Folder 17

Manuscript computations, n.d.

Box 22, Folder 18

Lecture notes -- Q. Field Theory (manuscript notes), n.d.

Box 22, Folder 19

Lecture notes -- Nuclear physics (manuscript notes, computations), n.d.

 

Notes on Nuclear Physics (Manuscript Notes, Computations), n.d.

Box 22, Folder 21

Inelastic scattering of cold neutrons by a crystal.

Box 22, Folder 21

On high energy nuclear scattering and isobars.

Box 22, Folder 22

Angular momentum (manuscript notes, computations), n.d.

 

Manuscripts and Computations, 1943, n.d.

Box 22, Folder 23

Neutron scattering in ortho- and para-hydrogen and the range of nuclear forces (typescript carbon).

Box 22, Folder 23

Letter to Professor Wigner on heating of the plu[tonium? pile (1943?).

Box 22, Folder 23

Rigorous treatment of the thermal density of a U sphere.

Box 22, Folder 23

Delayed neutrons.

Box 22, Folder 23

Resonance scattering of neutrons in helium.

Box 22, Folder 23

General equations.

Box 22, Folder 23

Non-relativistic F.M. cyclotron.

Box 22, Folder 23

Microwave synchrotron.

 

Miscellanea / Scattering Varational Principle, n.d.

Box 22, Folder 24

Manuscript computations.

Box 22, Folder 24

Fermi Super Lecture #1. Ideal ignition temperature (manuscript).

Box 22, Folder 24

Ortho-para conversion and the electric quadripole moment of the deuteron (typescript).

Box 22, Folder 24

Theory of relaxation time in H2 (manuscript).

Box 22, Folder 25

Manuscript computations, n.d.

Box 22, Folder 26

Electron scattering and polarization (manuscript computations), n.d.

Box 22, Folder 27

Manuscript computations, ca. 1954.

Box 22, Folder 28

Manuscript computations, n.d.

Box 22, Folder 29

Varational principles (manuscript), n.d.

Box 22, Folder 30

Scattering varational preamble (manuscript computations), n.d.

 

Lecture Notes. El. Th. of Light, 1945-1947

 

Final Examinations (Typescript):

Box 22, Folder 31

Physics 44, Harvard, 1945-1946.

Box 22, Folder 31

Physics 32a, Harvard, 1946-1947.

Box 22, Folder 31

Applied Science 33.

Box 22, Folder 31

Manuscript Computations.

Box 22, Folder 32

Statistical Problems (manuscript computations), n.d. Includes: On the electromagnetic properties of thermodynamic systems.

Box 22, Folder 33

Experimental datas (laboratory notebook, manuscript computations and notes, pp.65-156), n.d.

Box 22, Folder 34

Physics 47 -- Advanced Nuclear Physics -- Prof. Julian Schwinger -- Fall term 1946-47. Book IV (manuscript notes), 1946-1947.

Box 22, Folder 35

Physics 47b: class lecture notes (manuscript), 1947.

Box 22, Folder 36

Seminar (manuscript lecture notes), n.d.

Box 23, Folder 1

Quantum dynamics. Part I, National Bureau of Standards report (preprint), 1952.

Box 23, Folder 2

Nuclear physics. Part I: Quantum mechanics. Lectures by Julian Schwinger, Harvard University, 1946-47. Notes by John M. Blatt (publication typescript), 1952.

Box 23, Folder 3

Nuclear physics. Part II: Nuclear physics. Lectures by Julian Schwinger, Harvard University, 1947. Notes by John M. Blatt (publication typescript), 1955.

Box 23, Folder 4

Quantum mechanics class notes, Université de Grenoble, 1955.

Box 23, Folder 5

Chapters 10-25, 41-44 (typescript), n.d.

Box 23, Folder 6

Physics 210A. Electromagnetic theory: class notes (manuscript), Winter 1984.

Box 23, Folder 7

Physics 221A: problem sets, 1986.

Box 23, Folder 8

Physics 230A, 230B, 230C: class lecture notes, 1978.

Box 23, Folder 9

Lecture 5-12-80 (1 videotape), 1980.

Box 23, Folder 10

Lecture 6-2-80 (1 videotape), 1980.

Box 23, Folder 11

Thesis on source theory by a student of JS at Harvard University, n.d.

Box 23, Folder 12

Reprints and publications received, 1949, 1959.

Box 24, Folder 1

Physics 261: class lecture notes, pp.163-311 (typescript), Spring 1975.

Box 24, Folder 2

Physics 115B. Quantitative Mechanics: class lecture notes nd problem sets (manuscript), n.d.

Box 24, Folder 3

Class notes (mimeographed), n.d.

Box 24, Folder 4

Untitled manuscript, beginning Nuclear Forces from the Two Body Problem ..., n.d.

Box 24, Folder 5

Untitled manuscript, beginning N-P scattering -- kinematics, n.d.

Box 24, Folder 7

Physics 115B: reserve readings, class notes (photocopied manuscript), Spring 1979.

Box 24, Folder 8

Lectures on quantum field theory (JS monograph), 1966.

Box 24, Folder 9

On the interaction of several electrons (typescript), n.d.

 

Manuscripts, 1947, 1976

Box 24, Folder 10

Original calculations of a/... (1947).

Box 24, Folder 10

The theory of quantized fields VII.

Box 24, Folder 11

Light quantum self energy (manuscript computations), n.d.

Box 24, Folder 12

On quantum electrodynamics and the magnetic moment of the electron (typescript and manuscript notes), n.d.

Box 24, Folder 13

Recent developments in quantum electrodynamics. Notes on the lectures of Dr. Julian Schwinger, Harvard University, Summer Symposium, University of Michigan (typescript), 1948.

Box 24, Folder 14

Untitled manuscript, with equations numbered 2.25-3.31, n.d.

Box 24, Folder 15

Mag. mom. (manuscript computations), n.d.

Box 24, Folder 16

New opus (1949), n.d.

Box 24, Folder 17

New theory / Old version (1949-50) (manuscript computations), n.d.

Box 24, Folder 18

Quantum theory of fields, a new formulation: typescript class lecture notes transcribed by Marvin L. Goldberger, MIT, 1950.

Box 24, Folder 19

Annotated typescript lecture on quantum physics and philosophy, n.d.

Box 24, Folder 20

Fields and particles (typescript letter), n.d.

Box 24, Folder 21

Theory of quantized fields VII. Proper time (manuscript), n.d.

Box 24, Folder 22

Manuscript computations and letter to Paula, n.d.

 

Manuscripts and Lectures, 1977, n.d.

Box 24, Folder 23

Physics in the future--A view from the past, 1977 (typescript of Festschrift lecture for I.I. Rabi).

Box 24, Folder 23

Sigma Xi lecture: Conflicts in physics (typescript).

Box 24, Folder 23

Manuscript computations.

Box 24, Folder 23

Induction effect, control field (manuscript computations).

Box 24, Folder 24

JS biographical statement (typescript), ca. 1965(?).

Box 24, Folder 25

Reports by H.A. Bethe and H.A. Kramers (typescript), 1948.

 

Manuscripts and Computations, n.d.

Box 24, Folder 26

4-14. H-particle energy displacements. Relativistic theory.

Box 24, Folder 26

5-4. Photon propagation function II.

Box 24, Folder 27

Manuscript notes and computations, n.d.

Box 24, Folder 28

Manuscript computations, n.d.

Box 24, Folder 29

Letters, 1969-1970.

Box 24, Folder 30

Manuscripts received, 1971.

Box 24, Folder 31

Manuscripts, n.d. Includes: A self-consistent unitary scheme in source theory.

Box 24, Folder 32

Transcript of JS lecture at I.I. Rabi Symposium, Columbia University (typescript), 1967.

Box 24, Folder 33

Reprints received, 1966-1971.

Box 25, Folder 1

Manuscript computations, n.d.

 

Manuscripts, n.d.

Box 25, Folder 2

Ensembles, composite systems, and entropy.

Box 25, Folder 2

Quantum electrodynamics II. Modifications of particle electromagnetic properties.

Box 25, Folder 2

Unit-spin propagation functions and form factors. Notes added in proof.

 

Manuscripts and Computations, n.d.

Box 25, Folder 3

4-11. H-particle energy displacements. Non-relational discussion.

Box 25, Folder 3

Manuscript fragment of lecture introduction.

 

Manuscripts and Computations, n.d.

Box 25, Folder 4

Unit-spin propagation functions and form factors.

Box 25, Folder 4

Photon-charge particle scattering.

Box 25, Folder 4

Spin Compton scattering.

 

Manuscripts and Computations, n.d.

Box 25, Folder 5

A reply to a Book Review.

Box 25, Folder 5

4-11. H-particle energy displacements. Relativistic theory.

Box 25, Folder 5

Non-causal methods (Spin ½).

Box 25, Folder 5

Non-causal methods (Spin 0).

 

Manuscripts, n.d.

Box 25, Folder 6

4-12. A relativistic scatter calculation.

Box 25, Folder 6

4-14. H-particle energy displacements. Relativistic theory I.

Box 25, Folder 7

Preprints and reprints received, 1951-1981.

Box 25, Folder 8

Physics 221A. Mechanica Cuantica. Traducida por. Edbertho Leal (manuscript; in Spanish), Fall 1984.

 

JS Reprints, v.d.

Box 28, Folder 27

1971-1993.

Box 7, Folder 1

1942-1988.

Box 7, Folder 2

1990-1994.

Box 10, Folder 9

1969-1977.

Box 18, Folder 36

1972.

Box 24, Folder 6

1989-1992.

Box 25, Folder 9

1946-1949.

Box 25, Folder 10

1950-1959.

Box 25, Folder 11

1960-1964.

Box 25, Folder 12

1965-1969.

Box 25, Folder 13

1970-1975.

Box 25, Folder 14

1976-1977.

Box 25, Folder 15

1978-1979.

Box 25, Folder 16

1985.

Box 28, Folder 26

1942-1960.

Box 25, Folder 17

JS reprint files, 1942-1964.

Note

(folders found empty)
Box 26, Folder 1

Physics 115B: problem set solutions, 1980.

Box 26, Folder 2

Physics 221. Quantum mechanics: class lecture notes, Fall 1985.

Box 26, Folder 3

Physics 221b: class lecture notes (manuscript notebook), Winter 1985.

Box 26, Folder 4

Physics 221b: class lecture notes (manuscript photocopy), Winter 1985.

Box 26, Folder 5

Class lecture notes, n.d.

Box 26, Folder 6

Manuscript computations, n.d.

Box 26, Folder 7

Nuclear physics / Quantum mechanics a and Quantum mechanics b (manuscript notebooks), 1950-1951.

Box 26, Folder 8

Quantum mechanics 1, 2 (2 manuscript notebooks), 1951.

Box 26, Folder 9

Quantum mechanics 3 - 7 = Quantum field theory 1 - 5 (5 manuscript notebooks), 1952.

Box 26, Folder 10

Quantum mechanics A - C (3 manuscript notebooks), 1952-1953.

Box 26, Folder 11

Quantum mechanics D - G (4 manuscript notebooks), 1953.

 

Class Lectures (4 Manuscript Notebooks), 1955-1958

Box 26, Folder 12

Nucleons and mesons 1, 1955.

Box 26, Folder 12

Nucleons and mesons 2, 1955.

Box 26, Folder 12

Nucleons and mesons 3 = Field theory 1, 1956, 1958.

Box 26, Folder 12

Field theory 2, 1956.

Box 26, Folder 13

Quantum theory of fields 2 (manuscript notebook), n.d.

Box 26, Folder 14

Quantum mechanics (manuscript notebook), 1957.

Box 26, Folder 15

Elementary particles 1 (manuscript notebook), 1958.

Box 26, Folder 16

Physics 253. Quantum mechanics: class lecture notes (manuscript notebook), 1960.

Box 26, Folder 17

Physics 253a and 353b. Quantum mechanics: class lecture notes (2 manuscript notebooks), 1966-1967.

Box 26, Folder 18

Assorted notes / Many particle systems, 1975.

Box 26, Folders 19-21

Class lecture notes (manuscript), n.d.

Box 27, Folder 1

Physics 115C. Elementary quantum mechanics: class lecture notes (manuscript notebook), September 1979.

Box 27, Folder 2

Physics 210A. Electromagnetic theory: class lecture notes (manuscript notebook), Winter 1984.

Box 27, Folder 3

Physics 221. Quantum mechanics: class lecture notes (manuscript notebook), Fall 1984.

Box 27, Folder 4

Physics 221C: problem sets, Spring 1985.

Box 27, Folder 5

Physics 221C: problem sets, Spring 1986.

Box 27, Folder 6

Physics 230A. Relativistic quantum mechanics: class lecture notes (manuscript notebook), Fall 1976.

Box 27, Folder 7

Physics 230A. Relativistic quantum mechanics: class lecture notes (manuscript notebook), Fall 1977.

Box 27, Folder 8

Physics 230A. Relativistic quantum mechanics: class lecture notes (manuscript notebook), Fall 1977.

Box 27, Folder 9

Physics 230C: class lecture notes (manuscript notebook), Spring 1977.

Box 27, Folder 10

Physics 230C: class lecture notes (manuscript notebook), Spring 1978.

Box 27, Folder 11

Physics 230C: class lecture notes (manuscript notebook), Fall 1983.

Box 27, Folder 12

Physics 253b. Quantum mechanics: class lecture notes (manuscript notebook), 1966.

Box 27, Folder 13

Physics 253b. Brandeis lectures and Particles, sources, and fields (manuscript notebook), 1967, 1968.

Box 27, Folder 14

Physics 26a: class lecture notes (manuscript notebook), 1975.

Box 27, Folder 15

The statistical atom and Oscillations (manuscript notebook), n.d.

Box 27, Folder 16

Field theory 3 (manuscript notebook), 1956.

Box 27, Folder 17

Elementary particles 2 (manuscript notebook), 1958-1961.

Box 27, Folder 18

Elementary particles 3 (manuscript notebook), 1959.

Box 27, Folder 19

Brandeis lectures II and QM (manuscript notebook), 1960.

Box 7, Folder 20

Manuscript computations, n.d.

Box 27, Folder 21

Lecture notes -- QM (manuscript), n.d.

Box 27, Folders 22-23

Manuscript notes and computations, n.d.

Box , Folder 24

Manuscript notes and computations, n.d.

Box 27, Folder 25

On the interaction of several electrons (typescript), 1934.

Box 28, Folder 1

Letters of recommendation, 1977-1992.

Box 28, Folder 2

Request from George D. Abell and BBC, that JS join them in the project Understanding space and time, n.d.

Box 28, Folder 3

BBC addresses and contacts, 1985.

Box 28, Folder 4

JS letter of resignation from Board of Directors of Research & Development Laboratories (Research and Development Laboratories; Torrance, California), 1986.

 

Particles, Sources, and Fields, 1987-1989

Box 28, Folder 5

Correspondence with Addison-Wesley Publishing Company.

Box 28, Folder 5

Agreement× Preface (Manuscript) Text.

Box 28, Folder 6

Letter from James Gleich re Richard Feynman, 1988.

Box 28, Folder 7

Correspondence with Harvard University Press re reviewing book on source theory by Arthur Miller, 1989.

Box 28, Folder 8

Letter from Joseph Rudnick to Jacob Sonnenschein, first Julian Schwinger Postdoctoral Fellow, 1989.

Box 28, Folder 9

Correspondence, 1989-1993.

Box 28, Folder 10

Letter to JS re I.I. Rabi Memorial Room, Columbia University, 1993.

Box 28, Folder 11

Symposium in honor of JS 60th birthday (tributes), 1978.

Box 28, Folder 12

Relativity and the common understanding, UCLA Faculty Research Lecture (broadside announcement; lecture typescript; correspondence), 1979.

Box 28, Folder 13

Some ideas on cold fusion lecture at Université de Bourgogne (broadside announcement; manuscript lecture and transparencies), 1990.

Box 28, Folder 14

Sigma Xi lecture (typescript), n.d.

Box 28, Folder 15

Focused magic (Fiber Optic Counter-part Using Spin Energy Detection and Magnetic Atoms for a Gyroscopic Interferometric Counter) (manuscript lecture and transparencies), n.d.

Box 28, Folder 16

Leonardo [da Vinci] (manuscript lecture), n.d.

Box 28, Folder 17

Show cold fusion audience? Me? ... (manuscript), n.d.

Box 28, Folder 18

Letter requesting JS review manuscript on cold fusion, 1989.

Box 28, Folder 19

Richard Feynman Festschrift in Physics Today (manuscript; correspondence; journal issue), 1989.

Box 28, Folder 20

Cold fusion: a hypothesis (typescript), n.d.

 

Manuscript Computations and Notes, 1989-1990

Box 28, Folder 21

Super-luminal light? (manuscript).

Box 28, Folder 21

Casimir light (manuscript).

Box 28, Folder 22

Nuclear energy in an atomic lattice (manuscript; correspondence), 1990.

Box 28, Folder 23

Quantum mechanics. Different? Yes. Mysterious? No. (manuscript typescript; correspondence), 1993.

Box 28, Folder 24

The Greening of quantum field theory (manuscript typescript; rejection letter), 1993.

Box 28, Folder 25

Les Prix Nobel en 1965. Stockholm: Imprimarie Royale (book), 1966.

Box 28, Folder 28

Reprints and photocopies received, 1947-1993.

Box 28, Folder 29

Trieste 1972, 1972.

Physical Description: (1 reel Super 8 film).
Box 29

Understanding Space and Time, Faculty lecture roll, 1979(?).

Physical Description: (1 reel 16 mm. color film; 1800 ft. on 16 reel).