Guide to the Marcel Schein Papers 1929-1960
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The 1953 Cosmic Ray Conference at Bagneres De Bigorre: the Birth of Sub Atomic Physics
The 1953 Cosmic Ray Conference at Bagneres de Bigorre: the Birth of Sub Atomic Physics James W. Cronin Department of Astronomy and Astrophysics Enrico Fermi Institute, University of Chicago 5640 South Ellis Ave. , Chicago, IL 60637, USA The cosmic ray conference at Bagn`eresde Bigorre in July, 1953 organized by Patrick Blackett and Louis Leprince-Ringuet was a seminal one. It marked the beginning of sub atomic physics and its shift from cosmic ray research to research at the new high energy accelerators. The knowledge of the heavy unstable particles found in the cosmic rays was essentially correct in fact and interpretation and defined the experiments that needed to be carried out with the new accelerators. A large fraction of the physicists who had been using cosmic rays for their research moved to the accelerators. This conference can be placed in importance in the same category as two other famous conferences, the Solvay congress of 1927 and the Shelter Island Conference of 1948. 1 Introduction In January 2010 the Large Hadron Collider (LHC) at CERN began to produce proton-proton collisions at a center of mass energy of 7 TeV. This machine is the most complex and most costly of a long series of accelerators. Results of these accelerators have led to a detailed understanding of how the subatomic world works. However fundamental questions remain and it is hoped that the LHC when it achieves its full energy (14 Tev) and intensity will answer some of these fundamental questions. The accelerators have been the mainstay of subatomic physics (or high energy physics or elementary particle physics) since 1953 when the 3 GeV Brookhaven Cosmotron began artificially producing the heavy unstable particles found in the cosmic rays. -
Glasses and the Historical Research
Glasses and the historical research Jaroslav Sestak DISTINCTIVE ANNIVERSARIES, PAPERS AND CITATION RECORDS IN THE TOPIC OF GLASS CRYSTALLIZATION Sklář a keramik 11–12 / 2011 – 265 F R E D E R I K WILIE. H. Z A C H A R I A S E N BIBLIOGRAPHY IN MEMORIAM: WALTER KAUZMANN (1916–2009) C.A. Angell, D.R.McFarlane and M. Oguni KAUZMANN PARADOX, METASBLE LIQUIDS AND IDEAL GLASSES Annals of N.Y. Academy of Sciences David Turnbull UNDER WHAT CONDITIONS CAN A GLASS BE FORMED? Contemp. Phys., 1969, VOL. 10, NO. 5, 473-488 Jaroslav Šesták GLASSES AND ITS HISTORY Assay Některá výročí, publikace a citovanost v oboru krystalizace skel Distinctive anniversaries, papers and citation records in the topic of glass crystallization Jaroslav Šesták Nové technologie – Výzkumné centrum západočeského regionu, Západočeská universita, Universitní 8, CZ-30114 Plzeň, E-mail: [email protected]; Sekce fyziky pevných látek, Fyzikální ústav AV ČR, v.v.i., Cukrovarnická 10, CZ-16200 Praha; E-mail: [email protected] Práce zveřejňuje osmnáct většinou neznámých fotografií vý- Eighteen unfamiliar photos of distinguished specialists in glass značných odborníků v oblasti studia fázových transformací skel research are exposed describing also their scientific contribu- a ukazuje jejich badatelský význam. Je též otištěna fotografie tions. The work of CT7 (of ICG-International Commission on pracovní skupiny CT7 (ICG-International Commission on Glass) Glass) is mentioned including its photo from the year 2000.. dlouhodobě pracující v oblasti krystalizace skel. Text zahrnuje Text shows the survey of recently published books and reveals přehled nedávno publikovaných knih a analyzuje citační odezvy the best cited papers published in selected journals dealing with nejcitovanější publikací (podle WOS), zejména v časopisech Czech the topic of glass crystallization such as Czech J Phys, J Thermal J Phys, J Thermal Anal, Thermochim Acta, J Nocryst Sol, Phys Anal, Thermochim Acta, J Nonocryst Solids, Phys Chem Glasses, Chem Glasses, J Amer Cer Soc a Silikáty. -
Gestapo-Chief
Gestapo-Chief: The CIA & Heinrich Müller By Gregory Douglas TBR News Table of Contents Foreword Author’s Acknowledgments Mueller, Heinrich: The official biography Introduction Historical Background The Unmasking of the Interrogator The State of the Union Counter-Intelligence and “Barbarossa” Excerpt on Henry Agard Wallace Admiral Darlan and General Sikorski The Fall of Mussolini Andreas and Bernhard Fine Art as a Commodity Excerpt on Hermann Göring The Knight, Death and The Devil Here Today, Gone Tomorrow The Paranoia of Josef Stalin The Wet World of Josef Stalin Bloody Sunday Gertrude the Screamer An Explosive Career The Jews in the Cellar Rudolf Hess and the Flight to England The Resurrection of Odilo Globocnik The Lion of Münster Kurt Gerstein: A Soul in Torment Paris in the Spring The Trials and Tribulations of the Duke of Windsor Excerpt on Roger Casement July 20th, 1944: Part 1 July 20th, 1944: Part 2 Excerpt on Rommel Betrayal from London Stauffenberg Envoy Müller and the Escape from Berlin The Death and Transfiguration of Heinrich Müller The General, the Company, and the Road to Damascus Bibliography Appendix Foreword Most books on historical personages are only repetition of the subject done by earlier writers. New historical material, especially important material, on controversial individuals rarely appears in print, either because it has been destroyed or deliberately hidden away. If such material does surface, it is generally met with hostility by other published writers in the field if this information makes their own works obsolete. Here we have as a central character, Heinrich Müller, also known as “Gestapo” Müller to differentiate him from another Heinrich Müller of the same rank and in the same department. -
Interview with Gerald J. Wasserburg
GERALD J. WASSERBURG (1927 – 2016) INTERVIEWED BY DAVID A. VALONE April 25, May 3, 10, and 17, 1995 Gerald Wasserburg, ca 1980s Photographer, Florence Helmberger ARCHIVES CALIFORNIA INSTITUTE OF TECHNOLOGY Pasadena, California Subject area Geology, physics, geophysics. Abstract An interview in four sessions, in April and May 1995, with Gerald J. Wasserburg, John D. MacArthur Professor of Geology and Geophysics, emeritus, in the Division of Geological and Planetary Sciences. After a stint in the U. S. Army, Dr. Wasserburg matriculated at Rutgers University, then the University of Chicago (BS 1951); graduate school at Chicago (MS 1952; PhD 1954). He joined the Caltech faculty as assistant professor of geology in 1955, becoming full professor in 1963 and MacArthur Professor in 1982. In this wide-ranging interview, he discusses growing up in New Jersey during the Depression, his early interest in crystals, his army service in WW II. At war’s end, he studied geology at Rutgers under the GI Bill. Prompted by Henri Bader, he transferred to the University of Chicago in 1948, where he also took courses in physics. He recalls the intellectual excitement there; comments on geochemistry and geophysics at Chicago and Caltech in early 1950s; work of Harold Urey, http://resolver.caltech.edu/CaltechOH:OH_Wasserburg_G Harrison Brown, Clair Patterson, Samuel Epstein; his own work on natural gases and dating meteorites. Recalls blowing up his laboratory at Institute for Nuclear Studies. PhD work with Urey and Mark Inghram. Settling in as assistant professor at Caltech; difficulties building equipment. Conflicts with Patterson, Leon Silver, Charles McKinney. Continuing work on decay constants of natural gases and dating of meteorites; building of mass spectrometer Lunatic I. -
Bethe-Hans.Pdf
A Selected Bibliography of Publications by, and about, Hans Bethe Nelson H. F. Beebe University of Utah Department of Mathematics, 110 LCB 155 S 1400 E RM 233 Salt Lake City, UT 84112-0090 USA Tel: +1 801 581 5254 FAX: +1 801 581 4148 E-mail: [email protected], [email protected], [email protected] (Internet) WWW URL: http://www.math.utah.edu/~beebe/ 17 March 2021 Version 1.143 Title word cross-reference + [AS70]. 0 [AS70]. $1 [Duf46]. 1 [AS70]. 1=2[G¨un64, PcPZ90]. $12.95 [Edg91]. 15Msun [Bar88]. $19.50 [Gol68]. $24.95 [Fra01]. $32.50 [Edg91]. $35.00 [Hod13, Hub14, Wal15a, Wal15b]. $39.50 [Edg91]. $5.00 [Sch68]. $50.00 [Wal15a, Wal15b]. $75.00 [Wal15a, Wal15b]. $8.95 [Edg91]. $87.00 [Wal15a, Wal15b]. $9.50 [Bet54b]. 12 [HB40]. 15 [HB40]. 27 [BH39]. 7 ◦ + [Bet38c]. [Bet42a]. 1−x [BB76]. 2 [BS37, SBR 86]. 3 [BB76, BS37]. 4 [BS37]. x [BB76]. An−1 [HSY04]. α [Bet38c, HB40]. αβγ [AWCT09, Tur08]. δ − (2) + [YLGC02]. ∆ = 1=2 [dGBNM02]. Eτ,η(A2 ) [MN07]. f [FBE 34]. $h − + [Bet81e]. J [AAHS99]. J = 0 [FT75]. K [Bet70b]. λl [CWL 04]. osp(1|2) [KM01]. N [CWL+04, WG68, BA52]. O(4) [AS70]. O(5) [BB70, BB71]. p + [BA52]. Pµ = 0 [Flo76]. π [Bet55d, CB60]. π [BA52]. r [App88, CFR82, Skr07, Skr09]. s [Ong86, Ong88]. SL(N) [Sco94]. SO(5) [Flo76]. SU(4) [YLGC02]. SU(n) [LYS01]. t [AAHS99]. × [Sch67b, Sch67a]. XXZ [LFK99]. Z [HB51a, Por03]. 1 2 -decay [FBE+34]. -Dependence [HB51a]. -field [CFR82]. -function [YLGC02]. -matrices [Skr07, Skr09]. -meson [Bet55d].