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The Shaping of Interwar Physics by Technology: The Case of Piezoelectricity

  • Shaul Katzir (a1)
Argument

Concentrating on the important developments of quantum physics, historians have overlooked other significant forces that shaped interwar physics, like that of technology. Based on the case of piezoelectricity, I argue that interests of users of technics (i.e. devices of methods) channeled research in physics into particular fields and questions relevant for industrial companies and governmental agencies. To recognize the effects of such social forces on physics, one needs to study the content of the scientific activity (both experimental and theoretical) of the researchers within its social and disciplinary contexts. By examining paths of individual scientists along with a study of the research in the field as a whole this paper exposes a range of reasons that led researchers to studies pertinent to technics. In particular, it shows that commercial, social, and military powers shaped interwar research through institutions aimed at fostering technology, some of them newly founded, and by a general view that academic research should help technology, a position that became more common at the time.

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Ahrens, Ingrid. 1990. “Meißner, Alexander.Neue Deutsche Biographie 16:695–97.
Alumni Record of Wesleyan University, Middletown, Conn. 1921. 5th edition. New Haven CT: The Tuttle, Morehouse & Taylor Company.
Anduaga, Aitor. 2015. Geophysics, Realism, and Industry: How Commercial Interests Shaped Geophysical Conceptions, 1900–1960. Oxford: Oxford University Press.
Anon. 1933Contributors to This Issue.” Proceedings of the IRE 21:326.
Anon. 1942. “Contributors.” Proceedings of the IRE 30:528.
Anon. 1956. “The 70th Birthday of Prof. Dr. August Žáček.” Czechoslovak Journal of Physics 6:204–5.
Anon. 1963. “Albert Perrier.” Université Lausanne- Rapport Annuel 1961–1962, 5–6.
Anon. 1963b. Progress in Radio in Japan. Tokyo: Japanese National Committee for URSI.
Bauer, Arthur O. 2005. “Some Aspects of Precision Time Measurements, Controlled by Means of Piezo-Electric-Vibrators, as Deployed in Germany Prior to 1950.” Transactions of the Newcomen Society 75:119–38.
Becker, H. E. R. 1936. “Die Debye-Sears Beugungserscheinung und die Energiebilanz bei Erzeugung von Ultraschallwellen.” Annalen der Physik 25:373–84.
Beyer, Robert Thomas. 1999. Sounds of Our Times: Two Hundred Years of Acoustics. New York: American Institute of Physics.
Bigg, Charlotte. 2005. “L'optique de précision et la première guerre mondiale.” Schweizerische Zeitschrift für Geschichte 55:3445.
Cady, Walter G. 1922a. “Theory of Longitudinal Vibrations of Viscous Rods.” Physical Review 19:16.
Cady, Walter G. 1922b. “The Piezo-Electric Resonator.” Proceedings of the Institute of Radio Engineers 10:83114.
Cady, Walter G. 1924. “An International Comparison of Radio Wavelength Standards by Means of Piezo-Electric Resonators.” Proceedings of the Institute of Radio Engineers 12 (6):805–16.
Cady, Walter G. 1928. “Bibliography of Piezo-Electricity.” Proceedings of the Institute of Radio Engineers 15:521–35.
Cady, Walter G. 1946. Piezoelectricity: An Introduction to the Theory and Applications of Electromechanical Phenomena in Crystals. New York: McGraw-Hill.
Cahan, David. 1989. An Institute for an Empire: The Physikalisch-Technische Reichsanstalt, 1871–1918. Cambridge: Cambridge University Press.
Carr, Percy H., and Earls, Lester T.. 1974. “Gerald W. Fox.” Physics Today 27 (4):135.
Coleman, Samuel K. 1990. “Riken from 1945 to 1948: The Reorganization of Japan's Physical and Chemical Research Institute under the American Occupation.” Technology and Culture 31 (2):228–50.
Doerffler, Heinz. 1930. “Biegungs-und Transversalschwingungen piezoelektrisch angeregter Quarzplatten.” Zeitschrift für Physik 63:3053.
Dolejšek, V., and Jahoda, M.. 1938. “Sur les variations du réseau des cristaux piézoélectriques produites par une tension électrique statique.” CR 206:113–15.
Dye, D W. 1926. “The Piezo-Electric Quartz Resonator and Its Equivalent Electrical Circuit.” Proceedings of the Physical Society of London 38:399458.
Feffer, Stuart. 1994. “Microscopes to Munitions: Ernst Abbe, Carl Zeiss, and the Transformation of Technical Optics, 1850–1914.” Ph.D. diss., University of California, Berkeley.
Forman, Paul. 1987. “Behind Quantum Electronics: National Security as Basis for Physical Research in the United States, 1940–1960.” Historical Studies in the Physical and Biological Sciences 18:149229.
Gerber, Stefan, John, Jürgen, and Stutz, Rüdiger. 2009. Traditionen, Brüche, Wandlungen: Die Universität Jena 1850–1995. Köln, Weimar: Böhlau Verlag.
Gibbs, R.E., and Thatte, V.N.. 1932. “The Temperature Variation of the Frequency of Piezoelectric Oscillations of Quartz.” Philosophical Magazine 14:682–94.
Giebe, E. 1926. “Leuchtende piezoelektrische Resonatoren als Hochfrequenznormale.” Zeitschrift für technische Physik 7:235.
Giebe, E., and Blechschmidt, E.. 1933. “Experimentelle und theoretische Untersuchungen über Dehnungseigenschwingungen von Stäben und Rohren (I u. II).” Annalen der Physik 18:417–56, 457–85.
Giebe, E., and Scheibe, A.. 1925a. “Eine einfache Methode zum qualitativen Nachweis der Piezoelektrizität von Kristallen.” Zeitschrift für Physik 33:760–66.
Giebe, E., and Scheibe, A.. 1925b. “Sichtbarmachung von hochfrequenten Longitudinalschwingungen piezoelektrischer Kristallstäbe.” Zeitschrift für Physik 33:335–44.
Giebe, E., and Scheibe, A.. 1928a. “Piezoelektrische Kristalle als Frequenznormale.” Elektrische Nachrichten-Technik 5:65–82.
Giebe, E., and Scheibe, A.. 1928b. “Piezoelektrische Erregung von Dehnungs-, Biegungs- und Drillungsschwingungen bei Quarzstäben.” Zeitschrift für Physik 46 (9–10):607–52.
Heilbron, John L., and Seidel, Robert W.. 1989. Lawrence and His Laboratory: A History of the Lawrence Berkeley Laboratory. Berkeley: University of California Press.
Hughes, Jeff. 1998. “Plasticine and Valves: Industry, Instrumentation and the Emergence of Nuclear Physics.” In The Invisible Industrialist, edited by Gaudillière, Jaen-Paul and Löwy, Ilana, 58101. London: Macmillan.
Ingersoll, L. R. 1929. “Earle Melvin Terry—1879-1929.” Science 69 (1797):592.
“Isaac Koga 1899–1982.” 1982. URSI, Information Bulletin, no. 222 (September):88–91.
Johnson, D. H. 2003. “Origins of the Equivalent Circuit Concept: The Voltage-Source Equivalent.” Proceedings of the IEEE 91:636–40.
Josephson, Paul R. 1991. Physics and Politics in Revolutionary Russia. California Studies in the History of Science Studies of the Harriman Institute. Berkeley: University of California Press.
Katzir, Shaul. 2006. The Beginnings of Piezoelectricity: A Study in Mundane Physics. Dordrecht: Springer.
Katzir, Shaul. 2008. “From Ultrasonic to Frequency Standards: Walter Cady's Discovery of the Sharp Resonance of Crystals.” Archive for History of Exact Sciences 62:469–87.
Katzir, Shaul. 2010. “War and Peacetime Research on the Road to Crystal Frequency Control.” Technology and Culture 51:99125.
Katzir, Shaul. 2012. “Who Knew Piezoelectricity? Rutherford and Langevin on Submarine Detection and the Invention of Sonar.” Notes and Records of the Royal Society 66:141–57.
Katzir, Shaul. 2016a. “Pursuing Frequency Standards and Control: The Invention of Quartz Clock Technologies.” Annals of Science 73:139.
Katzir, Shaul. 2016b. “Variations and Combinations: Invention and Development of Quartz Clock Technologies at AT&T.” Icon: Journal of the International Committee for the History of Technology 22:78122.
Katzir, Shaul. 2017. “‘In War or in Peace:’ The Technological Promise of Science Following the First World War.” Centaurus (59):223-37.
Kern, Ulrich. 1994. Forschung und Präzisionsmessung. Die Physikalisch-Technische Reichsanstalt zwischen 1918 Und 1948. Weinheim: VCH.
Kevles, Daniel J. 1995. The Physicists: The History of a Scientific Community in Modern America. 2nd ed. Cambridge MA: Harvard University Press.
Kirchhoff, Jochen. 2003. “Wissenschaftsförderung und forschungspolitische Prioritäten der Notgemeinschaft der Deutschen Wissenschaft 1920–1932.” Ph.D. diss., Ludwig-Maximilians-Universität München.
Kline, Ronald R. 1992. Steinmetz: Engineer and Socialist. Baltimore: The Johns Hopkins University Press.
Kohler, Robert E. 1992. Partners in Science: Foundations and Natural Scientists 1900–1945. Chicago: University of Chicago Press.
Lack, Fredrick R. 1929. “Observations on Modes of Vibration and Temperature Coefficients of Quartz Crystal Plates.” Proceedings of the Institute of Radio Engineers 17:1123–41.
Laue, Max von. 1925. “Piezoelektrisch erzwungene Schwingungen von Quarzstäben.” Zeitschrift für Physik 34:347–61.
Layton, Edwin T. 1987. “Through the Looking Glass, or News from Lake Mirror Image.” Technology and Culture 28:594607.
Le Grand, Yves. 1969. “Obituary, Ernest Baumgardt (1904-1969).” Vision Research 9 (11):1315–17.
Lucas, René. 1924Sur la piézoélectricité et la dissymétriemoléculaire,” Comptes rendus 17:1890–2.
Marcovich, Anne, and Shinn, Terry. 2012. “Regimes of Science Production and Diffusion: Towards a Transverse Organization of Knowledge.” Scientiae Studia 10:3364.
Marrison, Warren A. 1929. “A High Precision Standard of Frequency.” Proceedings of the Institute of Radio Engineers 17 (7):1101–22.
Meissner, Alexander. 1926. “Über piezo-elektrische Kristalle bei Hochfrequenz.” Zeitschrift für technische Physik 7:585–92.
Meissner, Alexander. 1927. “Über piezo-elektrische Kristalle bei Hochfrequenz IIZeitschrift für technische Physik 8:7477.
Namba, Y. 1930. “The Establishment of the Japanese Radio-Frequency Standard.” Proceedings of the IRE 18:1017–27.
Neprašová, Marie, and Rozsíval, Miroslav. 1955. “In Memory of Professor Dr. Václav Dolejšek.” Czechoslovak Journal of Physics 5:115–16.
Nitta, I. 1962. “Shoji Nishikawa (1884-1952)”. In 50 Years of X-Ray Diffraction, edited by Ewald, P. P., 328–324. Utrecht: N.V.A. Oosthoek.
Ny, Tsi-Zé. 1928. “Étude expérimentale des déformations et des changements de propriétés optiques du quartz sous l'influence du champ électrique.” Journal de physique et le radium 9 (1):1337.
Ny, Tsi-Zé, and Tsien, Ling-Chao. 1934a. “Oscillations with Hollow Quartz Cylinders Cut along the Optical Axis.” Nature 134:214–15.
Ny, Tsi-Zé, and Tsien, Ling-Chao. 1934b. “Sur le développement d’électricité par torsion dans les cristaux de quartz.” Comptes rendus de l'Académie des sciences (Paris) 198:1395–96.
Osterberg, Harold. 1933. “A Multiple Interferometer for Analyzing the Vibrations of a Quartz Plate.” Physical Review 43 (10):819–29.
Osterberg, Harold. 1936. “The Temperature Coefficients of Shear and Longitudinal Modes of Vibration.” Review of Scientific Instruments 7 (9):339–41.
Patterson, Samuel. 2008. “Kurt Heegner – Biographical Notes.” Mathematisches Forschungsinstitut Oberwolfach Report No. 24:154–56.
Petržílka, Václav. 1932. “Turmalinresonatoren Bei Kurzen Und Ultrakurzen Wellen.” Annalen Der Physik 15:7288.
Petržílka, Václav, and Žáček, August. 1938. “Radial and Torsional Vibrations of Annular Quartz Plates.” Philosophy Magazine 25.
Reich, Leonard S. 1983. “Irving Langmuir and the Pursuit of Science and Technology in the Corporate Environment.” Technology and Culture 24:199221.
Roblin, Gérard. 1996. “L'Institutd'Optique a 75 Ans.” Opto 118:1324.
Shinn, Terry. 2008. Research-Technology and Cultural Change: Instrumentation, Genericity, Transversality. Oxford: The Bardwell Press.
Straubel, H. 1932. “Fundamental Crystal Control for Ultra-High Frequencies.” QST (April)10–13.
The editor. 1970. “Sixty-Fifth Birthday of Professor Václav Petržílka.” Czechoslovak Journal of Physics B 20:369–74.
The Technical Information Division Naval Research Laboratory. 1998. “Highlights of NRL's First 75 Years.” www.nrl.navy.mil/content_images/75highlights.pdf. Last accessed June 17, 2018.
Van der Pol, Balthasar. 1926. “Het Gebruik van Piëzo-Electrische Kwarts-Kristallen in de Draadlooze Telegrafie En Telefonie.” In Gedenkboek Ter Herinnering Aan Het Tienjarig Bestaan van de Nederlandsche Vereeniging Voor Radiotelegrafie, 1916–1926. Nauta.
Van Dyke, Karl S. 1925. ‘The Electric Network of a Piezo-Electric Resonator’. Physical Review 25:895
Van Dyke, Karl S. 1928. ‘The Piezo-Electric Resonator and Its Equivalent Network.’’ Proceedings of the Institute of Radio Engineers 16 (6):742–64.
Vigoureux, Paul. 1931. Quartz Resonators and Oscillators. London: H.M. Stationery Office.
Vincenti, Walter G. 1990. What Engineers Know and How They Know It: Analytical Studies from Aeronautical History. Baltimore: The John Hopkins University Press.
Vizgin, Vladimir, and Frenkel, Viktor. 2002. “Vsevolod Frederiks, Pioneer of Relativism and Liquid Crystal Physics.” In Einstein Studies in Russia, edited by Balashov, Yuri and Vizgin, Vladimir, 149–80. Boston: Birkhäuser.
Wissant, André de. 1927. L'impartial, 19 July, p. 1.
Wittje, Roland. 2016. The Age of Electroacoustics: Transforming Science and Sound. Cambridge MA: MIT Press.
Yeang, Chen-Pang. 2013. Probing the Sky with Radio Waves: From Wireless Technology to the Development of Atmospheric Science. Chicago: University of Chicago press.
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