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Created: 30.1.2025
Updated: 23.11.2025

1873 - 1999
2000 - 2009
2010 - 2019
2020 - 2025
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PUBLICATIONS
ARTICLES

G

  1. H. Gaab, Concerning the Biography of Simon Marius (1573–1624), Chapter in H. Gaab, P. Leich (Eds.), Simon Marius and His Research, Springer, p. 55-138 (2018)

  2. A. Gabovich, V. Kuznetsov, Anatoly Vlasov heritage, 60-year-old controversy, The European Physical Journal H, 48 (5) (2023)

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

  4. M. Galvagno, G. Giribet, Luis Santaló and classical field theory, The European Physical Journal H, 44 (4-5) 381-389 (2019)

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

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

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

  8. B. García-Valero, Queerness in science and literature: towards a ‘naturalization’ of the queer in the crossroads of physics, biology, and literary theory, Interdisciplinary Science Reviews, 48 (3) 437-445 (2023)

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

  10. L. Gariboldi, Il primo concorso di Fisica Teorica: Il caso di Aldo Pontremoli - The first competition in Theoretical Physics: The Aldo Pontremoli case, Quaderni di Storia della Fisica, Vol 23 (Issue 1) 91-115 (2020)

  11. L. Gariboldi, L'impatto del Fascismo sull'Istituto di Fisica di Milano: Il caso della borsa di studio Aldo Pontremoli - The Impact of Fascism on the Institute of Physics in Milan: The case of the Aldo Pontremoli scholarship, Quaderni di Storia della Fisica, Vol 23 (Issue 1) 117-138 (2020)

  12. L. Gariboldi, Il gravimetro polare di Pontremoli - Pontremoli's polar gravimeter, Quaderni di Storia della Fisica, Vol 22 (Issue 1) 113-126 (2019)

  13. L. Gariboldi, The Institute of Physics in the Post-War Period. Part 1: The Reconstruction, In: The Milan Institute of Physics, chapter 1 (2022) 153–219

  14. L. Gariboldi, The Institute of Physics in the Post-war Period. Part 2: Some Highlights on Research in the Post-war Period, In: The Milan Institute of Physics, chapter 1 (2022) 221–261

  15. J. Gaspar, A. Simões, Physics on the Periphery, A Research School at the University of Lisbon under Salazar's Dictatorship, Historical Studies in the Natural Sciences 41 (3) 303–343 (2011)

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

  17. C. Gauld, Gregory L. Baker (2011): Seven Tales of the Pendulum, Science & Education (2014)

  18. 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)

  19. A. Genthon, The concept of velocity in the history of Brownian motion, European Physical Journal H, 45 (1) 49–105 (2020)

  20. E. Gillin, The instruments of expeditionary science and the reworking of nineteenth-century magnetic experiment, Notes and Records, The Royal Society Journal of the History of Science, 76 (3) (2022)

  21. G. Giuliani, L'induzione elettromagnetica da Faraday a Einstein, La fisica nella squola, Q19 L'evoluzione del concetto di campo dall'Ottocento ai giorni nostri (2009)

  22. 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)

  23. H. Goenner, On the history of unified field theory 1930–1965, Part II, Living Review Relativity, Springer, 17(5) 1-241 (2014)

  24. H. Goenner, On the history of unified field theory 1914–1933, Part I, Living Review Relativity, Springer, 7(1) 1-153 (2004)

  25. M. Goldhaber, Gertrude Scharff-Goldhaber, 1911–1998: Nuclear Physicist Against the Odds, In: Physics in Perspective (18) 182–208 (2016)

  26. G. Gooday, D. Mitchell, Rethinking ’classical physics’, In J. Buchwald, R. Fox (eds), Oxford Handbook of the History of Physics, Oxford University Press, Oxford (2013) p. 721–764

  27. R. Golser, H. Gnaser, W. Kutschera, A. Priller, P. Steier, A. Wallner, Exotic negative molecules in AMS, Nucl. Instr. and Meth. B (259) 71-75 (2007)

  28. R. Golser, H.Gnaser, W. Kutschera, A. Priller, P. Steier, A. Wallner, M. Cizek, J. Horacek, W. Domcke, Experimental and Theoretical evidence for Long-Lived Molecular Hydrogen Anions H2? and D2, ?Phys. Rev. Lett. (94) 223003 (2005)

  29. N. Golvers, E. Nicolaidis, Verbiest’s manuscripts on astronomy and mechanics (1676): From Beijing to Moscow and Constantinople, Conference paper, Europe and China: Science and the Arts in the 17th and 18th Centuries (2012)

  30. G. Gorelik, How a falling apple could have helped Newton discover universal gravity, The European Physical Journal H, 49 (1) (2024)

  31. G. Gorelik, The drama of ideas in the history of quantum gravity: Niels Bohr, Lev Landau, and Matvei Bronstein, The European Physical Journal H, 49 (18) (2024)

  32. G. Gorelik, The Concept of Modern Physics and an Extended Needham Question, Epistemology and Philosophy of Science, 60 (4) 158–172 (2023)

  33. G. Gorelik, A Galilean Answer to the Needham Question. Philosophia Scientie, 21 (1) 93–110 (2017)

  34. E. Gorg, Review of "Newton and Empiricism" by Zvi Biener and Eric Schliesser (eds). Journal for General Philosophy of Science, 48(1) 151–154 (2017)

  35. E. Gorg, Review of "The Post-Critical Kant: Understanding the Critical Philosophy through the Opus postumum" by Brian Wesley Hall. In: Society and Politics, 19, 1, 70-72 (2016)

  36. E. Gorg, W. Deppert, M. Sojka: Kurt Hubner - Bibliographie. In: Journal for General Philosophy of Science, 46 (2) 269-277 (2015)

  37. E. Gorg, Zum Gravitationsgesetz bei Newton, Kant und Fries. In: Kant-Studien, 106 (2) 259-275 (2015)

  38. E. Gorg, Integrating Chemistry, Electricity and Magnetism into dynamical Natural Philosophy: J.F. Fries's extension of Kant's Metaphysical Foundations. In: Advances in Historical Studies, 3(1) 56-67 (2014)

  39. E. Gorg, Kant und Fries: Kritik des newtonschen Raumes. In: Kant und die Philosophie in Weltburgerlicher Absicht. Akten des XI Kant-Kongress 2010, 5, 55-64 (2013)

  40. Ch. Gould, E. Sharapov, Wick and neutron physics in the 1930s, The European Physical Journal H, 49 (9) (2024)

  41. Ch. Gould, E. Sharapov, Fermi’s favorite figure: the history of the pseudopotential concept in atomic physics and neutron physics, The European Physical Journal H, 47 (10) 1-8 (2022)

  42. K. Grandin, The Difficult Task to Award Einstein a Nobel Prize, Il Nuovo Saggiatore, 37 (1–2) 7–16 (2021)

  43. K. Grandin, Marie Sklodowska Curie – between physics and chemistry and two Nobel Prizes, Historia Scientiarum, vol. 30 (1) 3–18 (2020)

  44. K. Grandin, The Nobel Prize to Enrico Fermi, Il Colle di Galileo (2020) 55–71

  45. K. Grandin, I shall always follow your progress with warm interest: Niels Bohr as seen from a Swedish perspective until 1930, One hundred years of the Bohr atom: Proceedings from a conference: Scientia Danica. Series M· Mathematica et physica, F. Aaserud, H. Kragh (Eds.), Copenhagen (2015) 522–546

  46. K. Grandin, The Nobel Prize in 1909: The Awarding Process, A Wireless World, 78–91 (2012)

  47. K. Grandin, Emanuel Swedenborgs arkiv, En introduktion till Memory of the World – Varldsminnesprogrammet, 1/2012, Svenska Unescorådets årsbok 2011, Stockholm (2012) 64–71

  48. K. Grandin, A. Eriksson, Scientific instruments, The Linnaeus Apostels – Global Science and Adventure, vol. I, kap. 11, ed. Lars Hansen, London & Whitby (2011) 279–306

  49. K. Grandin, P. Jagers, S. Kullander, Nuclear Energy, Ambio, 39 (2010) 26–30

  50. K. Grandin, The rise and fall of the Berzelius Museum, Spaces and Collections in the History of Science: The Laboratorio Chimico Overture, eds. M.C. Lourenço, A. Caneiro, Lissabon (2009) 209–215

  51. K. Grandin, An extensive and laborious task: How the Nobel Laureates are chosen, The Nobel Prize Guide (2009) 11–14

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

  53. C. Graney, An Astronomer Too Excellent: Simon Marius, the Telescope, and the Problem of the Stars During the Copernican Revolution, Chapter in H. Gaab, P. Leich (Eds.), Simon Marius and His Research, Springer, p. 239-247 (2018)

  54. P. Grant, J. Thompson, Standardisation of the Unit of Electrical Resistance, 6th IEEE History of Electrotechnology Conference (HISTELCON) (2019), 1-4

  55. T. Greenslade, Professors of Natural Philosophy in the Nineteenth Century, In: Physics in Perspective, 22 (4) 226-238 (2020)

  56. Th. Greenslade, Scientific Travels in the Irish Countryside, In: J. Rigden, R. Stuewer, The Physical Tourist, A Science Guide for the Traveler, Springer (2009) 7-20

  57. G. Grimberg, E. Tassi, Comment on Clebsch’s 1857 and 1859 papers on using Hamiltonian methods in hydrodynamics, The European Physical Journal H, 46 (17) (2021)

  58. H. Grimmer, History of Crystallography in Switzerland, SPG Mitteilungen Communications de la SSP (43) (2014)

  59. 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)

  60. J. Grozier, The Invisible Scanners, IoP History of Physics Newsletter (37) 37-45 (2019)

  61. J. Grozier, Newton's Second Law, History of Physics Group Newsletter (No 31) p. 21-34 (December 2013)

  62. S. Guenneau, The physics of invisibility, Royal Society History of science blog, 06 August 2025

  63. F. Guerra, N. Robotti, Il dossier Majorana - The Majorana dossier, Quaderni di Storia della Fisica, Vol 24 (Issue 1) 3-31 (2020)

  64. F. Guerra, M. Leone, N. Robotti, Enrico Fermi’s Discovery of Neutron-Induced Artificial Radioactivity: A Case of “Emanation” from “Divine Providence”, In: Physics in Perspective, 22 (3) 129-161 (2020)

  65. F. Guerra, N. Robotti, Emilio Segrè, Enrico Fermi, Bruno Pontecorvo verso l'America - Emilio Segè, Enrico Fermi, Bruno Pontecorvo toward America Quaderni di Storia della Fisica, Vol 22 (Issue 1) 127-143 (2019)

  66. F. Guerra, N. Robotti, Majorana and neutrinos, Proceedings of the International Conference on History of the Neutrino: 1930-2018: Paris, France, 5-7 September 2018, Publ. (2019)

  67. F. Guerra, N. Robotti, Enrico Fermi and Ettore Majorana: So Strong, So Different, Proceedings, 12th International Symposium on Frontiers of Fundamental Physics and Physics Education Research (FFP12) : Udine, Italy, 21-23 November 2011, Springer Proc. Phys. (145) 29-39 (2014)

  68. F. Guerra, N. Robotti, The Disappearance and Death of Ettore Majorana, Phys.Perspect. (15) 160-177 (2013)

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

  70. G. Gunaratnam, 150 years of thr French Physical Society, EuroPhysics News, 54 (2) p. 8 (2023)

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