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Created: 5.10.2016
Updated: 30.1.2025

1873 - 1999
2000 - 2009
2010 - 2019
2020 - 2025
A B C D E F G H I J K L M N O P Q R S T U V W X Y Z
PUBLICATIONS
ARTICLES
1999

  1. P. Holmberg, Friedrich Wilhelm August Argilander (1799–1875) – the first professor of astronomy in Finland, Beitrage zur Astronomiegeschichte, Bd. 2 (1999) 189-195

  2. P. Holmberg, The anatomy of the killer whale middle ear (Orcinus orca) (together with others), Hearing Research, 133 (1999) 61-70

  3. P. Holmberg, History of science as a way of teaching science to non-science majors, History of Science and Technology in Education and Trainibng in Europe, Conference Proceedings ed. Claude Debru, Strasbourg, 25-26 June 1998, Pucl. by European Communities (1999) 143-147

  4. P. Holmberg, History of science in European countries: Finland (together with others), History of Science and Technology in Education and Trainibng in Europe, Conference Proceedings ed. Claude Debru, Strasbourg 25-26 June 1998, Publ. by European Communities (1999) 315-319

  5. W. Knorr, Sacrobosco's Quadrans: Date and Sources, Journal for the History of Astronomy (28) 187-222 (1997)

  6. H. Kragh, Steady-state cosmology and general relativity: reconciliation or conflict? In Goenner, H. et al. (eds.) The Expanding Worlds of General Relativity, Birkhдuser, Boston (1999) pp. 377–402

  7. L. Krlin, Recenze (J. Polkinghorne, The Faith of a Physicist, Princeton University Press, New Jersey, 1994), Universum 31–32, 1999, str. 73

  8. A. G. Petrov, Historical Remarks, – In: The Lyotropic state of matter. Molecular physics and living matter physics, N.Y. – L., Gordon and Bredch Publs (1999) p. 12-17

  9. D. Topper, D. Vincent, An analysis of Newton’s projectile diagram, European Journal of Physics (20) 59-66 (1999)

1998

  1. J. Bennett, Practical Geometry and Operative Knowledge, Configurations, 6 (1998)

  2. J. Bennett, Quadrant, in R. Bud, D. Warner (eds), Instruments of Science: An Historical Encyclopedia, New York, London (1998) 501-503

  3. Г. Камишева, 180 години от рождението на първия учен метеоролог българин Д-р Димитър Стефанов Мутьев (4 септември 1818–13 януари 1864), Светът на физиката (2) 145-148 (1998)

  4. L. Orlando, Physics in the 1930s: Jewish Physicists' Contribution to the Realization of the "New Tasks" of Physics in Italy, Historical Studies in the Natural Sciences, 29 (1) 141–181 (1998)

  5. A. Vavrek, The Bulgarian academy of sciences in transition from learned society to a totalitarian academy (1944 – 1949), Science & Education (1998) № 7, p. 301–306

1996

  1. R. Adair, Symmetries and Meson Decays, In: H. Newman, T. Ypsilantis (Eds), History of Original Ideas and Basic Discoveries in Particle Physics, International Conference Proceedings, Erice, Sicily, 27.07-04.08.1994, Springer, p. 185-197 (1996)

  2. U. Becker, Test of QED and Photoproduction of Vector Mesons, In: H. Newman, T. Ypsilantis (Eds), History of Original Ideas and Basic Discoveries in Particle Physics, International Conference Proceedings, Erice, Sicily, 27.07-04.08.1994, Springer, p. 199-225 (1996)

  3. J. Branson, Gluon Jets, In: H. Newman, T. Ypsilantis (Eds), History of Original Ideas and Basic Discoveries in Particle Physics, International Conference Proceedings, Erice, Sicily, 27.07-04.08.1994, Springer, p. 101-121 (1996)

  4. R. Dalitz, Kaon Decays to Pions, In: H. Newman, T. Ypsilantis (Eds), History of Original Ideas and Basic Discoveries in Particle Physics, International Conference Proceedings, Erice, Sicily, 27.07-04.08.1994, Springer, p. 163-183 (1996)

  5. G. Hooft, Gauge Theory and Renormalization, In: H. Newman, T. Ypsilantis (Eds), History of Original Ideas and Basic Discoveries in Particle Physics, International Conference Proceedings, Erice, Sicily, 27.07-04.08.1994, Springer, p. 37-53 (1996)

  6. P. Holmberg, From dogmatic discussions to observations and planned experiments: some examples from the early aurora borealis research in Finland, Science and Education (5) 267-276 (1996)

  7. M. Gell-Mann, Indirect Approaches to Fundamental Theory, In: H. Newman, T. Ypsilantis (Eds), History of Original Ideas and Basic Discoveries in Particle Physics, International Conference Proceedings, Erice, Sicily, 27.07-04.08.1994, Springer, p. 1-7 (1996)

  8. S. Glashow, Quark Families and Flavor - Changing Neutral CurrentsIn: H. Newman, T. Ypsilantis (Eds), History of Original Ideas and Basic Discoveries in Particle Physics, International Conference Proceedings, Erice, Sicily, 27.07-04.08.1994, Springer, p. 445-451 (1996)

  9. D. Gross, Asymptotic Freedom, Confinement and QCD, In: H. Newman, T. Ypsilantis (Eds), History of Original Ideas and Basic Discoveries in Particle Physics, International Conference Proceedings, Erice, Sicily, 27.07-04.08.1994, Springer, p. 75-99 (1996)

  10. C. Jarlskog, Flavor Mixing and CP Violation, In: H. Newman, T. Ypsilantis (Eds), History of Original Ideas and Basic Discoveries in Particle Physics, International Conference Proceedings, Erice, Sicily, 27.07-04.08.1994, Springer, p. 453-464 (1996)

  11. T. Kinoshita, Quantum Electrodynamics - From a Personal Perspective, In: H. Newman, T. Ypsilantis (Eds), History of Original Ideas and Basic Discoveries in Particle Physics, International Conference Proceedings, Erice, Sicily, 27.07-04.08.1994, Springer, p. 9-26 (1996)

  12. J. Navarro Loidi, Les differentes versions des Elements d'Euclide publiees en espagnol au XVIe., XVIIe et XVIIIe. siecles. Permanence ou changement, in: Paradigms and Mathematics, Elena Ausejo y Mariano Hormigon (ed.), Madrid, Siglo XXI, 427-501 (1996)

  13. L. Okun, Vacua, Vacuum: the Physics of Nothing, Chapter in H. Newman, T. Ypsilantis (Eds), History of Original Ideas and Basic Discoveries in Particle Physics, International Conference Proceedings, Erice, Sicily, 27.07-04.08.1994, Springer, p. 67-74 (1996)

  14. O. Piccioni, The Discovery of the Muon, Chapter in H. Newman, T. Ypsilantis (Eds), History of Original Ideas and Basic Discoveries in Particle Physics, International Conference Proceedings, Erice, Sicily, 27.07-04.08.1994, Springer, p. 143-142 (1996)

  15. A. Rujula, QCD in “Her” Maiden Years, In: H. Newman, T. Ypsilantis (Eds), History of Original Ideas and Basic Discoveries in Particle Physics, International Conference Proceedings, Erice, Sicily, 27.07-04.08.1994, Springer, p. 123-141 (1996)

  16. J. Sebesta, On the history of national physics in physics teaching, Science & Education (5) 313-318 (1996)

  17. A. Vavrek, G. Kamisheva, M. Borissov, Dissemination of Newton’s Mechanics on Bulgarian Soil During the Bulgarian National Revival. – Newtonian physics and its dissemination in the wider Balkan region, Edited by G. N. Vlahakis, Symposium, 17-18 December 1993, Athens (1996) 129-144

  18. A. Vavrek, The Bulgarian academy of sciences in transition from learned society to totalitarian academy (1944–1949), In: Proc. International conference on History and Philosophy of Physics in Education. August 21–24, 1996, Bratislava, Slovakia (1997) p. 102-106

  19. A. Vavrek, 50–th anniversary of establishing the Institute of physics at the Bulgarian academy of sciences and 100 years from the birth of its foundes - the Academician Georgi Nadjakoff. – In: Future directions in thin films science and technology, Proceedings 9th ISCMP, Varna (1996) p. IX

  20. G. Voss, Electron-Positron and Electron-Proton Storage Ring Colliders, In: H. Newman, T. Ypsilantis (Eds), History of Original Ideas and Basic Discoveries in Particle Physics, International Conference Proceedings, Erice, Sicily, 27.07-04.08.1994, Springer, p. 465-487 (1996)

  21. S. Weinberg, Electroweak Reminiscences, Chapter in H. Newman, T. Ypsilantis (Eds), History of Original Ideas and Basic Discoveries in Particle Physics, International Conference Proceedings, Erice, Sicily, 27.07-04.08.1994, Springer, p. 27-36 (1996)

  22. C. Yang, Magnetic Monopoles, Fiber Bundles, and Gauge Fields, In: H. Newman, T. Ypsilantis (Eds), History of Original Ideas and Basic Discoveries in Particle Physics, International Conference Proceedings, Erice, Sicily, 27.07-04.08.1994, Springer, p. 55-65 (1996)

  23. A. Zichichi, Foundations of Sequential Heavy Lepton Searches, In: H. Newman, T. Ypsilantis (Eds), History of Original Ideas and Basic Discoveries in Particle Physics, International Conference Proceedings, Erice, Sicily, 27.07-04.08.1994, Springer, p. 227-275 (1996)

1995

  1. F. Bevilacqua, F. Giudice, Storiografia della scienza e prospettive didattiche, Q5 La storia della fisica nella didattica della fisica (1995)

  2. C. Blondel, Storia della scienza e musei scientifici: una rassegna delle relazioni passate e presenti, Q5 La storia della fisica nella didattica della fisica (1995)

  3. B. Carazza, G.P. Guidetti, Ehrenfest, l’entropia della radiazione e il principio adiabatico, Q5 La storia della fisica nella didattica della fisica (1995)

  4. S. Devons, Rutherford's Laboratory, In: A Hundred Years and More of Cambridge Physics, First Edition, 1974; Second Edition, 1980; Third Edition 1995

  5. P. Holmberg, Early x-rays in Finland, The Emergence of Modern Physics (ed. D. Hoffman, F. Bevilacqau & R.H. Stuewer), Proc. Conf. Commemorating a Century of Physics, Berlin, 22-24 March (1995) 89-95

  6. A. Howie, Cavendish Research in West Cambridge, In: A Hundred Years and More of Cambridge Physics, First Edition, 1974; Second Edition, 1980; Third Edition 1995

  7. A. P. French, The Cavendish in Wartime, In: A Hundred Years and More of Cambridge Physics, First Edition, 1974; Second Edition, 1980; Third Edition 1995

  8. O.R. Frisch, Nuclear Physics in the Modern Cavendish, In: A Hundred Years and More of Cambridge Physics, First Edition, 1974; Second Edition, 1980; Third Edition 1995

  9. A. Gandolfi, Il Gruppo di lavoro “Storia della Fisica dell’AIF, Q5 La storia della fisica nella didattica della fisica (1995)

  10. A. Gandolfi, Gli strumenti scientifici antichi: recupero e utilizzo didattico, Q5 La storia della fisica nella didattica della fisica (1995)

  11. G. P. Guidetti, Un commento sulla genesi del modello atomico di Bohr, Q5 La storia della fisica nella didattica della fisica (1995)

  12. H. Kragh, Cosmology between the wars: the Nernst-Macmillan alternative. J. Hist. Astron. (26) 93–115 (1995)

  13. D. Moralee, The First Ten Years, In: A Hundred Years and More of Cambridge Physics, First Edition, 1974; Second Edition, 1980; Third Edition 1995

  14. M. F. Perutz, Sir Lawrence Bragg, In: A Hundred Years and More of Cambridge Physics, First Edition, 1974; Second Edition, 1980; Third Edition 1995

  15. M. F. Perutz, Molecular Biology, In: A Hundred Years and More of Cambridge Physics, First Edition, 1974; Second Edition, 1980; Third Edition 1995

  16. B. Pippard, The Move to West Cambridge, In: A Hundred Years and More of Cambridge Physics, First Edition, 1974; Second Edition, 1980; Third Edition 1995

  17. N. Robotti, Radiazioni, atomi e corpuscoli: 1896-1899, Q5 La storia della fisica nella didattica della fisica (1995)

  18. C. Romagnino, La storia della fisica: il suo ruolo nella didattica della fisica, Q5 La storia della fisica nella didattica della fisica (1995)

  19. F.G. Smith, Radio Astronomy, In: A Hundred Years and More of Cambridge Physics, First Edition, 1974; Second Edition, 1980; Third Edition 1995

  20. G.P. Thomson, J.J. and the Cavendish, In: A Hundred Years and More of Cambridge Physics, First Edition, 1974; Second Edition, 1980; Third Edition 1995

  21. Н. Балабанов, Скритата симетрия на Еми Ньотер, Светът на физиката (1) 56-61 (1995)

  22. Л. Вацкичев, Кой изобрети радиото, Светът на физиката (3) 39-41 (1995)

  23. Л. Митрани, Сто години рентгенови лъчи, Вилхелм К. Рьонтген, Светът на физиката (3) 3-10 (1995)

1994

  1. O. Darrigol, The electron theories of larmor and lorentz: A comparative study, Historical Studies in the Physical and Biological Sciences (24) 265–336 (1994)

  2. L. Drury, F. Aharonian, H. Voelk, The gamma-ray visibility of supernova remnants. A test of cosmic ray origin (1994) A&A 287 959

  3. K. Grandin, A. Roos, Evaluation of correction factors for transmittance measurements in single beam integrating spheres, Applied Optics, 33:25 (1994) 6098–6104

  4. J. Heilbron, The Virtual Oscillator as Guide to Physics Students Lost in Plato’s Cave, Science & Education, v. 3 (2) 177-188 (1994)

  5. D. King, Rubc, in The Encyclopaedia of Islam, 2nd edition, Leiden (1994) vol. 8, 574-575

  6. A. Slavin, A Brief History and Philosophy of Physics,

  7. A. Vavrek, G. Kamisheva, M. Borissov, Physics as a Subject in the Bulgarian schools until the end of the World War I, Proceedings Supplement of the Balkan Physics Letters, 2(2), 1337-1341 (1994)

  8. М. Борисов, А. Ваврек, Г. Камишева, Физически науки, Из историята на Българското книжовно дружество 1869 – 1911, М. Дринов, София (1994), с. 115-133

  9. А. Ваврек, Г. Камишева, М. Борисов, Физиката в учебните планове и програми на българските прогимназии до 1925 година, Светът на физиката (4) 37-44 (1994)

  10. П. Василев, Феноменът Капица, Светът на физиката (2) 61-66 (1994)

  11. Н. Янева, Бруно Понтекорво, Светът на физиката (2) 38-45 (1994)

1993

  1. G. Bierhalter, Das Hamiltonsche Prinzip und J. J. Thomsons Versuch einer mechanishen Grundlagen der Thermodynamik, Centaurus (36) 102–116 (1993)

  2. G. Bierhalter, Helmholtz’s mechanical foundation of thermodynamics. Trans. D. Cahan. In Hermann von Helmholtz and the foundations of nineteenth-century science, ed. D. Cahan, 433–458. Berkeley: University of California Press (1993)

  3. S. Brush, Prediction and theory evaluation: Subatomic particles, Rivista Di Storia Della Scienza (1) 47-152 (1993)

  4. P. Holmberg, Radiation safety and quality assurance in x-ray diagnostics. Measurements in some radiological clinics in Tartu (together with others), 1895–1995 – The centuary of x-rays, Tartu Ulikooli Toimetised, No. 965 (1993) 50-75

  5. P. Holmberg, Ionizing radiation in medicine and health protection (together with others), 1895–1995 – The century of x-rays, Tartu likooli Toimetised, No. 965 (1993) 38-49

  6. А. Ваврек, Г. Камишева, М. Борисов, Приносът на гръцките и елино-българските училища за преподаване и популяризиране на физиката сред българите, Списание на БАН (2) 70-76 (1993)

  7. Г. Камишева, Физиката в свищовското училище на Емануил Васкидович, Светът на физиката (3) 169-172 (1993)

1992

  1. A. Arons, Uses of the Past: Reflections on United States Physics Curriculum Development, 1955 to 1960, Interchange, vol. 24 (1992)

  2. G. Bierhalter, Von L. Boltzmann bis J. J. Thomson : die Versuche einer mechanischen Grundlegung der Thermodynamik (1866–1890). Archive for History of Exact Sciences (44) 25–75 (1992)

  3. P. Holmberg, The history of physics in Finland 1828–1918, The history of learning and science in Finland 1828–1918, Societas Scientiarum Fennica, Helsinki, No. 5a (1992) 267 p.

  4. М. Борисов, А. Ваврек, Г. Камишева, Някои характерни особености в развитието на обучението по физика в българските средни училища, Физика (3), с. 3-11 (1992)

  5. Г. Камишева, Как се стига до създаване на самостоятелна специалност физика в Софийския университет, Светът на физиката (2) 104-109 (1992)

1991

  1. M. Borissov, A. Vavrek, G. Kamisheva, Survey of the History of Education in Physics in Bulgaria. – Proceedings of the 1st General Conference of the Balkan Physical Union, Tessaloniki, 1991, Balkan Pysical Union 1, Athens (1991), No 1, p. 21-23

  2. Г. Камишева, М. Борисов, А. Ваврек, Някои документи около конфликта на Порфирий Иванович Бахметьев със Софийския университет, Физико-математическо списание (1–2) 3-15 (1991)

  3. M. De Maria, M. Ianniello, A. Russo, The discovery of cosmic rays: Rivalries and controversies between Europe and the United States, Historical Studies in the Physical and Biological Sciences (22) 165-192 (1991)

  4. Г. Стоева, Физиците се събраха в Солун, Знаме, Търговище, № 83, 5 ноември 1991

  5. D. Whiteside, The Prehistory of the Principia from 1664 to 1686, Notes and Records of the Royal Society of London, 45 (1) 11-61 (1991)

1990

  1. G. Bierhalter, Zyklische Zeitvorstellung, Zeitrichtung und die frьhen Versuche einer Deduktion des Zweiten Hauptsatzes der Thermodynamik, Centaurus (33) 345–367 (1990)

  2. R. Fritzius, The Ritz-Einstein Agreement to Disagree, Physics Essays, vol. 3 (1990) 371-374

  3. H. Kragh, From “electrum” to positronium, Journal of Chemical Education (67) 196-197 (1990)

  4. F. Lawrenz, N. Kipnis, Hands-on history of physics, Journal of Science Teacher Education, 1 (3) 54-59 (1990)

  5. E. Nicolaidis, Astronomy and Politics in Russia in the Early Stalinist Period 1928-1932, Journal for the History of Astronomy (1990)

  6. J. Reid, Eighteenth century Scottish University instruments the remarkable professor Copland, Bulletin Science Instrum Society (24) 2-8 (1990)

  7. W. Sullivan, The entry of radio astronomy into cosmology: Radio stars and Martin Ryle’s 2C survey. In B. Bertotti, R. Balbinot, S. Bergia, A. Messina (Eds.), Modern cosmology in retrospect, Cambridge University Press (1990) 309–330

1989

  1. Г. Камишева, 120 години от създаването на първата пълна гимназия в България, Бюлетин на ДФБ (1) 43-48 (1989)

  2. J. Reisner, An early history of the electron microscope, In Advances in Electronics and Electron Physics, Academic Press (1989)

  3. J. Reisner, An Early History of the Electron Microscope in the United States, Electron Physics (73) 133-231 (1989)

1988

  1. Announcement: Chapters in the history of low temperature physics in Britain, Journal of Low Temperature Physics (72) page 197 (1988)

  2. A. Arons, ‘Historical and Philosophical Perspectives Attainable in Introductory Physics Courses’, Educational Philosophy and Theory vol. 20 (1988)

  3. М. Борисов, Г. Камишева, Физиката в Пловдивското класно училище до Освобождението, Физика (6) 34-41 (1988)

  4. P. Josephson, Physics and Soviet-Western Relations in the 1920s and 1930s, Physics Today, 41 (9) p. 54 (1988)

  5. Г. Камишева, М. Борисов, Обучението по физика в българското класно училище "Св. Кирил и Методий" в Пловдив до Освобождението, Светла летопис (120 години от създаването на първата гимназия в България – ЕСПУ "Димитър Благоев"), Хр. Г. Данов, Пловдив (1988) 38-52

  6. G. Liveing, J. Dewar, Investigations on the spectrum of magnesium, Royal Society manuscript, p. 1-18 (1988)

1987

  1. G. Bierhalter, Wie erfolgreich waren die im 19. Jahrhundert betriebenen Versuche einer mechanischen Grundlegung des zweiten Hauptsatzes der Thermodynamik?, Archive for History of Exact Sciences (37) 77–99 (1987)

  2. L. Drury, E. Dorf, Simple adaptive grids for 1-D initial value problems, J. Comp. Phys. (69) 175 (1987)

  3. M. Gasperini, Singularity prevention and broken lorentz symmetry, Classical and Quantum Gravity (4) 485–494 (1987)

  4. R. Home, M. Watanabe, Physics in Australia and Japan to 1914: A comparison, Annals of Science, 44 (3) 215-235 (1987)

  5. Г. Камишева, Относно източниците, използувани от Найден Геров при написване на първия български учебник по физика, Бюлетин на Дружеството на физиците (3), 33-36 (1987)

  6. E. Nicolaidis, Les livres qui ont introduit les sciences dans le monde grec au siecle des Lumieres, Revue d'Histoire des Sciences, 15(3-4) (1987) 367-376

1986

  1. J. Bennett, The mechanics’ philosophy and mechanical philosophy, History of Science (24) 1-28 (1986)

  2. J. Burton, Robert FitzRoy and the early history of the Meteorological Office, British Journal for the History if Science (19) 1470176 (1986)

  3. R. Wenger, Ernest C. G. Stueckelberg von Breidenbach - etude biographique, Geneve, Universite de Geneve, Biblioteque de l'Ecole de Physique (1986) p. 42

1985

  1. K. Alyssandrakis, P. Lantos, E. Nicolaidis, Coronal structures observed at metric wavelength with the Nancay Radioheliograph, Solar Physics (97) 267-282 (1985)

  2. A. Baracca, R. Rechtman, Einstein’s statistical mechanics, Revista Mexicana de Pisica, 31(4) 695-722 (1985)

  3. G. Bierhalter, Die mechanischen Entropie- und Disgregationskonzepte aus dem 19. Jahrhundert : ihre Grundlagen, ihr Versagen und ihr Entstehungshintergrund, Archive for History of Exact Sciences (32) 17–41 (1985)

  4. R. Crease, Ch. Mann, The physicists that physics forgot: Baron Stueckelberg's brilliantly obscure career, In: The Science, 25 (4) 18-23 (1985)

  5. J. Hey, From Leonardo to the Graser: Light Scattering in Historical Perspective. Part IV, The Fourth Baron Rayleigh, South African Journal of Science (81) 601-613 (1985)

  6. M. De Maria, A. Russo, The discovery of the positron, Rivista Di Storia Della Scienza (2) 237-286 (1985)

1984

  1. K. Alyssandrakis, P. Lantos, E. Nicolaidis, Coronal structures observed at metric wavelength with the Nancay Radioheliograph, Proceedings of the 4th European meeting of Solar Physics, ESA SP 220 (1984)

  2. М. Борисов, Г. Камишева, Д-р Димитър Мутев и българската физика, Природа (1) 77-82 (1984); (2) 68-73 (1984)

1983

  1. C. Anderson, H. Anderson, Unraveling the particle content of cosmic rays, In: L. Brown, L. Hoddeson (eds), The birth of particle physics, Cambridge University Press, 131–154 (1983)

  2. G. Bierhalter, Die v. Helmholtzschen Monozykel-Analogien zur Thermodynamik und das Clausiussche Disgregationskonzept, Archive for History of Exact Sciences (29) 95–161 (1983)

  3. G. Bierhalter, Zu Szilys Versuch einer mechanischen Grundlegung des zweiten Hauptsatzes der Thermodynamik. Archive for History of Exact Sciences (28) 25–35 (1983)

  4. W. Burcham, The Rutherford Memorial Lecture. Rutherford and beta decay, Proc. Roy. Soc. A (389) 215-239 (1983)

  5. L. Drury, An introduction to the theory of diffusive shock acceleration of energetic particles in tenuous plasmas, Reports on Progress in Physics, 46(8) 973-1027 (1983)

  6. P. Galison, The discovery of the muon and the failed revolution against quantum electrodynamics, Centaurus (26) 262-316 (1983)

  7. J. Hey, From Leonardo to the Graser: Light Scattering in Historical Perspective. Part II, South African Journal of Science (79) 310-324 (1983)

  8. S. Hayakawa, The development of meson physics in Japan, In: The birth of particle physics, ed. Laurie M. Brown and Lillian Hoddeson, Cambridge University Press (1983) 82–107

1982

  1. G. Bierhalter, Das Virialtheorem in seiner Beziehung zu den mechanischen Grundlegungen des zweiten Hauptsatzes der Wдrmelehre. Archive for History of Exact Sciences (27) 199–211 (1982)

  2. E. Burhop, The Rutherford Memorial Lecture, 1979: The new physics, Proc. Roy. Soc. A (380) 1–28 (1982)

  3. P. Davies, Something for nothing, New Sci. (94) 580–582 (1982)

  4. J. Eisenstaedt, Histoire et Singularitйs de la Solution de Schwarzschild (1915-1923), Archive for the history of exact sciences (27) 157-198 (1982)

  5. N. Hahn, Medieval Mensuration: Quadrans vetus and Geometrie due sunt partes principales, Transactions of the American Philosophical Society, 72 (1982) part 8

1981

  1. G. Bierhalter, Boltzmanns mechanische Grundlegung des zweiten Hauptsatzes der Warmelehre aus dem Jahre 1866, Archive for History of Exact Sciences (24) 195–205 (1981)

  2. G. Bierhalter, Clausius’ mechanische Grundlegung des zweiten Hauptsatzes der Warmelehre aus dem Jahre 1871, Archive for History of Exact Sciences (24) 207–220 (1981)

  3. G. Bierhalter, Zu Hermann von Helmholtzens mechanischer Grundlegung der Warmelehre aus dem Jahre 1884, Archive for History of Exact Sciences (25) 71–84 (1981)

  4. B. Buchanan, M. Tucker, The Manufacture of Gunpowder: A study of the Documentary and physical evidence relating to the Woolley Powder Works near Bath, In: Industrial Archeology Review, 5(3) 185-202 (1981)

  5. E. Kontizas, M. Kontizas, E. Nicolaпdis, Description and performance of the photographic camera of the 1.2 m Kryonerion telescope, Memoires of the National Observatory of Athens, serie I, no 19, p. 1-9 (1981)

  6. D. King, The Origin of the Astrolabe According to the Medieval Islamic Sources, Journal for the History of Arabic Science (5) 43–83 (1981)

  7. E. Nicolaidis, Le developpement de l'astronomie en U.R.S.S., Proceedings of the 16th International Congress of the History of Science, Bucarest (1981) p. 43

1980

  1. L. Drury, On normal modes of gas sheets and discs (1980) MNRAS 193 337

  2. R. Jones, The complete physicist James Clerk Maxwell 1831-1879, Yearbook of the Royal Society of Edinburgh (1980) 5-23

1979

  1. E. Amaldi, The years of reconstruction. Perspectives of Fundamental Physics, edited by Schaerf C. Harwood. Academic Publisher, New York (1979) 379–455

  2. J. Cawood, The magnetic crusade science and polotics in early Victorian British, Isis (70) 492-518 (1979)

1978

  1. L. Brown, The idea of the neutrino, Physics Today, 31 (9) 23-28 (1978)

1977

  1. N. Feather, The Rutherford Memorial Lecture: Some episodes of the alpha-particle story, Proc. Roy. Soc. A (357) 117–129 (1977)

  2. P. Heimann, Geometry and Nature: Leibniz and Jahann Bernoully's theory of motion, Centaurus 21(1) 1-26 (1977)

1975

  1. A. Arons, Newton and the American Political Tradition, American Journal of Physics, vol. 43 (1975)

  2. S. Drake, The Role of Music in Galileo's Experiments, Scientific American, p. 98, June 1975

  3. P. Forman, "Walter Ritz" in Dictionnary of Scientific Biographies, New York (1975) vol. 11, 475-481

1974

  1. V. Mukherji, A history of the meson theory of nuclear forces from 1935 to 1952, Archive for History of Exact Sciences (13) 27-102 (1974)

  2. J. North, The Astrolabe, Scientific American, 230 (1974) pp. 96-106

1973

  1. R. de Kosky, Spectroscopy and the Elements in the Late Nineteenth Century: The Work of Sir William Crookes, Brit. J. Hist. Sci. (6) 400-423 (1973)

  2. R. Jopnes, James Clerk Maxwell 1856-1960, Notes Rec. Royal Soci (28) 57-81 (1973)

1972

  1. P. Fowler, The Rutherford Memorial Lecture: Evolution of the elements, Proceedings Royal Society A (329) 1–16 (1972)

  2. C. Lanczos, Einstein's path from the special to general relativity, In General Relativity: Papers in Honour of J. L. Svnge, ed. L. 0rRaifeartai-gh, Oxford: Clarendon (1972) pp. 5-19

1971

  1. H. Bernhardt, Uber die Entwicklung und Bedeutung der Ergodenhypothese in den Anfдngen der statistischen Mechanik. NTM Zeitschrift fьr Geschichte der Wissenschaften, Technik und Medizin (8) 13–25 (1971)

1970

  1. A. Apolin, Die Geschichte der Gravitation, Philosophia Natur (12) 156-172 (1970)

  2. J. Ashbrook, Names on the back of the moon, Sky Telesc. (40) 262-266 (1970)

  3. G. Aujac, La spheropee, ou la mechanique au service de la decouverte du monde, Revue Hist. Sci. Applic (23) 93-107 (1970)

  4. S. Devons, L. Hartmann, A history of physics laboratory, Physics Today, 23(2) 44-49 (1970)

  5. J. Duck, Astronomie in Steim, Sterne (46) 149-157 (1970)

  6. M. Gardner, Some mathematical curiosities embedded in the solar system, Scient. Am. 222(4) 108-112 (1970)

  7. R. McCormmach, H. a. lorentz and the electromagnetic view of nature, Isis, 61 (4) 459–497 (1970)

1969

    P. Aufgebauer, Die Gregorianische Kalenderreform in Urteil zeitgenossischer Astronomen, Steme (45) 118-120 (1969) H. Barrell, Kew Observatory and the National Physical Laboratory, Meteorological Magazine (98) 171-180 (1969)

    E. Daub, Probability and thermodynamics: The reduction of the second law, Isis (60) 318–330 (1969)

1967

    J. Cockroft, Georg Hevesy (1885–1966) Biographical memoirs of the Follows of the Royal Society, Vol. 13 (1967)

1966

    D. Whiteside, Newton's marvellous year: 1666 and all that, Notes and Records of the Royal Society of London, 21 (1) 32-41 (1966)

1965

  1. A. Compton, X-rays as a branch of physics, In: Physics 1922–1941, ed. Nobel Lectures, Amsterdam, Elsevier 174-190 (1965)

  2. J. Fox, Evidence against emission theories, American Journal of Physics, vol. 33 (1965) 1 - 17

1964

  1. A. Arons, Newton’s Laws of Motion and the 17th Century Laws of Impact, American Journal of Physics, vol. 32 (1964)

  2. G. Harig, Galilei und sein Kampf gegen die aristotelisch-scholastische Naturlehre, In: Galileo Galilei 1564-1964, Jenaer Reden und Schriften, Friedrich Schiller Universitat, Jena, 1964, 14-44 [ISSP-BAS Museum, Kalitzin fund]

  3. H. Lambrecht, Phasen astronomisch-astrophysikalischer Forschung, In: Galileo Galilei 1564-1964, Jenaer Reden und Schriften, Friedrich Schiller Universitat, Jena, 1964, 45-52 [ISSP-BAS Museum, Kalitzin fund]

  4. W. Schutz, Die Experimente Galileis-Geburtsstunde der neuzeitlichen Physik, In: Galileo Galilei 1564-1964, Jenaer Reden und Schriften, Friedrich Schiller Universitat, Jena, 1964, 53-72 [ISSP-BAS Museum, Kalitzin fund]

  5. E. Schmutzer, Galilei - Newton - Einstein, In: Galileo Galilei 1564-1964, Jenaer Reden und Schriften, Friedrich Schiller Universitat, Jena, 1964, 73-88 [ISSP-BAS Museum, Kalitzin fund]

1962

  1. F. Bitter, Magnetic resonance in radiating or absorbing atoms, Applied Optics (1) 1 (1962)

  2. J. Fox, Experimental evidence for the second postulate of special relativity, American Journal of Physics, vol. 30 (1962) 297-300.

1961

  1. C. Anderson, Early work on the positron and the muon. American Journal of Physics (29) 825-830 (1961)

  2. S. Brush, Origin of the word “neutron”, Nature (190) 251-252 (1961)

1958

  1. G. Lemaоtre, Rencontres avec Einstein, Revues des Questions Scientifiques (19) 129–132 (1958)

1956

    G. Gamow, The Evolutionary Universe, Scientific American, 195(3) 136–56 (1956)

1955

  1. H. Bethe, Memorial symposium held in honour of Enrico Fermi at the Washington meeting of the American Physical Society, April 29, 1955, Reviews of Modern Physics (27) 249 (1955)

  2. H. Kondo, History and the Physicist, American Journal of Physics, (23) 430 (1955)

1953

    M. Hesse, Models In Physics, British Journal of the Philosophy of Science, vol. IV (15) 198-214 (1953)

1952

  1. J. Brossel, F. Bitter, A new “Double Resonance” method for investigating atomic energy levels, The Physical Review (86) 308 (1952)

  2. M. Hesse, Operational Definition And Analogy In Physical Theories, British Journal of the Philosophy of Science, vol. II (8) 281-294 (1952)

1951

    P. Dirac. Is there an Ether? Nature (168) 906–907 (1951)

1945

    W. Denny, Physics and the history of ideas, American Journal of Physics (13) 242 (1945)

1939

    J. Clay, A. von Gemert, Decrease of the intensity of cosmic rays in the earth down to 1380 m waterequivalent, Physica (6) 497-510 (1939)

1925

    A. Carrelli, Sul fenomeno di Tyndall, Rendiconti della R Accademia Nazionale dei Lincei (1) 279 (1925)

1920

    A. Einstein, Ether and the theory of relativity, Princeton University Press (7) 160–182 (1920)

1916

    R. Walker, James Clerk Maxwell, Aberdin Univ. Rev. (3) 13-21 (1916)

1908

  1. K. Hasselberg, Award ceremony speech, The Nobel Prize in Chemistry, 1908

  2. E. Rutherford The chemical nature of the Alpha particles from radioactive substances, Nobel Lecture, Stockholm (1908)

1873

  1. G. Rodwell, On Space of Four Dimensions, Nature volume (8) 8–9 (1873)

  2. G. Rodwell, Hoefer's History of Physics and Chemistry, Nature (8) 321–322 (1873)

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