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Created: 30.1.2025
Updated: 28.7.2026

1873 - 1999
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  1. A. Pagano, E. Pagano, A note on Lorentz transformations and simultaneity in classical physics and special relativity, The European Physical Journal H, 44 (4-5) 321-330 (2019)

  2. E. Palmgren, T. Rasa, Modelling Roles of Mathematics in Physics, Science and Education (2022)

  3. G. Pancheri, Bruno Touschek: the physicist who escaped the Nazi Holocaust to build particle colliders, Physics World (2024)

  4. G. Pancheri, L. Bonolis, The path to high-energy electron-positron colliders from Wideroe's betatron to Touschek's AdA and to LEP, History of Particle Colliders, IoP History of Physics Newsletter (1) 3-18 (2018)

  5. G. Panoutsopoulos, T. Arabatzis, CERN’s Balancing Act Between Unity and Disunity: The “Sister Experiments” UA1 and UA2 and CERN’s First Nobel Prize, Physics in Perspective, 23 (4) 181-201 (2021)

  6. P. Papacosta, Henrietta Leavitt, History of Physics Group Newsletter (No 31) p. 13-21 (December 2013)

  7. F. Papanelopoulou, Louis Paul Cailletet: The liquefaction of oxygen and the emergence of low-temperature research, Notes and Records of the Royal Society, 67 (4) 355-373 (2013)

  8. J. Pasachoff, Simon Marius’s Mundus Iovialis and the Discovery of the Moons of Jupiter, Chapter in H. Gaab, P. Leich (Eds.), Simon Marius and His Research, Springer, p. 191-203 (2018)

  9. R. Pausenberger, Planet Model 1: 50 Billion, Chapter in H. Gaab, P. Leich (Eds.), Simon Marius and His Research, Springer, p. 449-454 (2018)

  10. J. Peacock, Slipher galaxies and cosmological velosity fields, In: M. Wau, D. Hunter (Eds), Origins of the expanding universe 1912-1932, Astronomical Society Pac. Conference Series (471) 3-23 (2013)

  11. P. Peebles, Robert Dicke and the naissance of experimental gravity physics, 1957–1967, European Physical Journal H (42) 177-259 (2017)

  12. G. Pelosi, A. Savini, S. Selleri, A Brief History of Computational Electromagnetics, 7th IEEE History of Electrotechnology Conference (HISTELCON) (2021) 81-84

  13. G. Pelosi, S. Selleri, Florence and a Leap in Cryptography: The Leon Battista Alberti Cypher Disk, 7th IEEE History of Electrotechnology Conference (HISTELCON) (2021) 7-11

  14. G. Pelosi, S. Selleri, Recent Outcomes of the Investigations on Guglielmo Marconi Supposed Experiments in Switzerland, 6th IEEE History of Electrotechnology Conference (HISTELCON) (2019) 11-13

  15. A. Perez, J. Ferreiros, M. de Paz, Hermann Minkowski and the special theory of relativity, European Physical Journal H (51) 11 (2026) 12 p

  16. E. Perez, J. Ibanez, Indistinguishable elements in the origins of quantum statistics. The case of Fermi–Dirac statistics, The European Physical Journal H, 47 (1) (2022)

  17. E. Perez, Erwin Schrödinger in the Second Spanish Republic 1934–1935, Chapter in: C. Forstner, M. Walker (Eds), Biographies in the History of Physics, Springer, p. 59-73 (2020)

  18. D. Perkins, Early steps towards quarks and their interactions using neutrino beams in CERN bubble chamber experiments, European Physical Journal H (41) 157-164 (2016)

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

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

  21. A. Petit, Associating Physics and Chemistry to Dissociate Molecules: The History of the Clausius-Williamson Hypothesis, Historical Studies in the Natural Sciences, 46 (3) 360–391 (2016)

  22. T. Petkovic, The achievement, legacy, intuition, and Cosmopolitanism of Nikola Tesla, Almagest, 4 (2) 60-85 (2013)

  23. A. 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

  24. M. Petrov, V. Afanasyev, S. Petrov, 60 Years of neutral particle analysis: from early tokamaks to ITER, The European Physical Journal H, 46 (5) (2021)

  25. R. Piazza, The strange case of Dr. Petit and Mr. Dulong,

  26. 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)

  27. A. Del Piccolo, Termometri e temperatura. Breve percorso storico dalle origini a Lord Kelvin, Q14 La storia della scienza come base per la formazione dell’intellettuale scientifico (2002)

  28. A. Pietrow, Did Christiaan Huygens need glasses? A study of Huygens' telescope equations and tables, Notes and Records, p. 1-12 (2023)

  29. E. Piparo, Simmetrie e fisica: dal principio di Curie al bosone di Higgs, La fisica nella squola, Q25 I principi di conservazione e le simmetrie nella storia della Fisica (2014)

  30. B. Pippard, The Whipple Museum and Cavendish Laboratory, Cambridge, In: J. Rigden, R. Stuewer, The Physical Tourist, A Science Guide for the Traveler, Springer (2009) 1-5

  31. 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

  32. R. Pisano, A. Durlo, Feynman’s Frameworks on Nanotechnology in Historiographical Debate, In: Handbook for the Historiography of Science (2023)

  33. R. Pisano, A. Durlo, Feynman’s Frameworks on Nanotechnology in Historiographical Debate, In: Handbook for the Historiography of Science (2023)

  34. R. Pisano, P. Bussotti, Conceptual Frameworks on the Relationship Between Physics–Mathematics in the Newton Principia Geneva Edition (1822), Foundations of Science, 27 (2) (2022)

  35. R. Pisano, E. Pellegrino, A. Anakkar, M. Nagels, Conceptual polymorphism of entropy into the history: extensions of the second law of thermodynamics towards statistical physics and chemistry during nineteenth–twentieth centuries, Foundations of Chemistry, 23 (4) (2021)

  36. R. Pisano, A. Anakkar, E. Pellegrino, M. Nagels, Thermodynamic Foundations of Physical Chemistry: Reversible Processes and Thermal Equilibrium into the History, Foundations of Chemistry, 20 (4) 1-27 (2018)

  37. R. Pisano, P. Bussotti, Homage to Galileo Galilei 1564-2014 Reading Iuvenilia Galilean Works within History and Historical Epistemology of Science, Philosophia Scientiae 21 (1) 7-15 (2017)

  38. R. Pisano, The Fiction of the Infinitesimals in Newton’s Works. On the Metaphoric use of Infinitesimals in Newton, (2017)

  39. R. Pisano, P. Bussotti, Fibonacci and the Abacus Schools in Italy. Mathematical Conceptual Streams, Science Education and its Changing Relationship with Society, Almagest, 6 (2) 126-164 (2015)

  40. R. Pisano, P. Bussotti, Galileo in Padua: architecture, fortifications, mathematics and “practical” science, Lettera Matematica Pristem International, Springer, pp. 209-221 (2015)

  41. R. Pisano, Newton’s Philosophiae Naturalis Principia Mathematica Jesuit Edition: The Tenor of a Huge Work, Rendiconti Lincei, 25 (4) p. 413–444 (2014)

  42. R. Pisano, P. Bussotti, Notes on mechanics and mathematics in Torricelli as physics mathematics relationships in the history of science. Problems of Education In The 21st Century International Journal. Special Issue (61) 88–97 (2014)

  43. R. Pisano, Paolo Bussotti, On the Jesuit Edition of Newton’s Principia. Science and Advanced Researches in the Western Civilization. Newton Special Issue: History and Historical Epistemology of Science. Advances in Historical Studies Special Issue, 3 (1) 33-55 (2014)

  44. R. Pisano, P. Bussotti, Galileo a Padova: un itinerario tra architettura, fortificazioni, matematica e scienza “pratica”, Lettera Matematica Pristem (91) 48-58 (2014)

  45. R. Pisano, D. Capecchi, Conceptual and Mathematical Structures of Mechanical Science in the Western Civilization around the 18th century, Almagest, 4 (2) 86-121 (2013)

  46. R. Pisano, P. Bussotti, Open problems in mathematical modelling and physical experiments: exploring exponential function. Problems of education in the 21st century (50) 56-69 (2013)

  47. R. Pisano, On the New Boson Higgs’s Studies at the CERN-ATLAS Experiment. The Emergency of a Historical Discovery. Advances in Historical Studies, 2 (1) 3-5 (2013)

  48. R. Pisano, Reflections on the Scientific Conceptual Streams in Leonardo da Vinci and his Relationship with Luca Pacioli, Advances in Historical Studies, 2 (2) 32-45 (2013)

  49. R. Pisano, F. Casolaro, An Historical Inquiry On Geometry In Relativity. Reflections on Late Relationship Geometry–Physics (Part Two) History Research, 2 (1) 56–64 (2012)

  50. R. Pisano, P. Bussotti, Galileo And Kepler. On Theoremata Circa Centrum Gravitatis Solidorum And Mysterium Cosmographicum, History Research, 2 (2) 110–145 (2012)

  51. R. Pisano, M. Mellone, Learning Mathematics In Physics Phenomenology And Historical Conceptual Streams, Problems Of Education, In The 21st Century (46) 93–100 (2012)

  52. R. Pisano, F. Casolaro, An Historical Inquiry On Geometry, In Relativity. Reflections on Early Relationship Geometry–Physics (Part one), History Research, 1 (1) 47-60 (2011)

  53. R. Pisano, On Principles In Sadi Carnot’s Theory (1824). Epistemological reflkections, Almagest (2/1) 128–179 (2010)

  54. R. Pisano, D. Capecchi, Reflections on Torricelli’s principle in mechanics, Organon (42) 81–98 (2010)

  55. R. Pisano, Continuity and discontinuity. On method in Leonardo da Vinci’ mechanics, in Organon (41) 165–182 (2009)

  56. R. Pisano, A. Drago, Interpretation and reconstruction of Sadi Carnot’s Réflexions through original sentences belonging to non–classical logic”, Fond. Ronchi, LIX (5) 615–644 (2004)

  57. R. Pisano, Antonino Drago, S. Carnot’s Reflexions: a theory based on non–classical Logic, The Bulletin Symbolic Logic (8) 131-132 (2002)

  58. G. Pizzella, La gravità fra fisica, storia e filosofia - Gravity among physics, history and philosophy, Quaderni di Storia della Fisica, Vol 24 (Issue 1) 53-72 (2020) Quaderni di Storia della Fisica, Vol 21 (Issue 1) 79-110 (2019)

  59. A. Poggi, Le leggi del moto. Concetti, intuizioni e sviluppi della dinamica dei corpi materiali nei secoli diciassettesimo e diciottesimo, La fisica nella squola, Q25 I principi di conservazione e le simmetrie nella storia della Fisica (2014)

  60. A. Poggi, Lo sviluppo della tradizione fisica newtoniana nella meccanica razionale, La fisica nella squola, Q21 Fisica e matematica: due storie intrecciate (2010)

  61. A. Postnikov, The russian Mission to Bukhara in 1842 and the Fate of the English Emissaries Charles Stoddart and arthur Conolly, Almagest, 4(2) 32-59 (2013)

  62. A. Prickard, (et al.), The World of Jupiter, English Translation of Mundus Iovialis, Chapter in H. Gaab, P. Leich (Eds.), Simon Marius and His Research, Springer, p. 1-53 (2018)

  63. J. Provost, C. Bracco, The 1895 Lorentz transformations: historical issues and present teaching, European Journal of Physics (37) (2016)

  64. C. Pursell, The American Patent Agency: The Embedded ‘Lone Inventor’ in American History, ICON (17) 31-39 (2011)

  65. D. Pye, Polar explorations. Studies of polarised light that led to so much more, IoP History of physics group newsletter (3) 24-36 (2025)

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