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ARTICLES

2018

  1. H. Kubbinga, A Tribute to Max Planck, Europhysics News, 44(4) 27-30 (2018)

  2. R. Meer, Intuitive und diskursive Vorstellungen. Uberlegungen zu einem Spannungsverhaltnis in der theoretischen Philosophie Immanuel Kants, Intuition und Wissenschaft, s. 87-98 (2018)

  3. P. M. Schuster, Former and future activities of ECHOPHYSICS, e-EPS, 26 March 2018; Europhysics news (3) p. (2018)

  4. P. M. Schuster, 3rd International Conference of History of Physics, e-EPS, 20 November 2018; Europhysics news (2018)

  5. Г. Камишева, Професор д-р Елисавета Карамихайлова (03.09.1897–22.04.1968), Списание на БАН (1) 48-57 (2018)

2017

  1. G. Kamisheva, Nestor Marcoff's Contribution to Bulgarian Physics and Mathematics Education, Biomath Communications (4) p. 36-50 (2017)

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

  3. P. M. Schuster, Editorial – European physicists, e-EPS, 23 February 2017; Europhysics news (2) p. 3 (2017)

  4. F. Romeiras, Os colegios dos jesuitas e o ensino da fisica em Portugal (1858–1910), Gazeta de Fisica, Vol. 40, Fasciculo 1 (2017).

2016

  1. R. Lalli, ‘Dirty Work’ But Someone Has To Do It: Howard P. Robertson and the Refereeing Practices of Physical Review in the 1930s, Notes and Records of the Royal Society, 70, 151–174 (2016)

  2. R. Meer, Kants Ringen um “einige objective Gultigkeit” der Prinzipien der reinen Vernunft, In: R. Mosenbacher, Incipiens-Zeitschrift fur Erstpublikationen aus der Philosophie und ihrer Geschichte, Band 5, Ausgabe 1, Seiten 71-97 (2016)

  3. J. Navarro, ‘Ether and Wireless. An Old Medium into New Media’, Historical Studies in the Natural Sciences, 46(4) 460-489 (2016)

  4. J. Navarro, Oracles, Prophets and the Exoteric Circles of Science and Religion, Scientia et Fides, 4(2) 285-301 (2016)

  5. J. Navarro, Ether and Wireless. An old medium into new media’, Historical Studies in the Natural Sciences, 46(4), 460-489 (2016)

  6. J. Navarro Loidi, Cadet Selection for the Royal Artillery in Spain, 1764–1808, Vulcan (4) 27-51 (2016)

  7. J. Renn, D. Wintergrun, R. Lalli, Manfred Laubichler and Matteo Valleriani: “Netzwerke als Wissensspeicher", In: Jurgen Mittelstra? und Ulrich Rudiger (Hg.): Die Zukunft der Wissensspeicher. Forschen, Sammeln und Vermitteln im 21. Jahrhundert. Konstanz: UVK Verlagsgesellschaft (2016) 35-79.

  8. M. Stanley, Why should physicists study history? Physics Today, AIP, 69(7) p. 38 (2016)

  9. F. Wilczek, Physics in 100 years, Physics Today, 69(4) p. 32 (2016)

  10. Г. Камишева, Научните интереси на акад. Георги Наджаков, Списание на БАН (5) 56-62 (2016)

2015

  1. A. Blum, L. Bonolis, R. Lalli and J. Renn, La relativita dopo la guerra, Le Scienze. Edizione italiana di Scientific American 567 (2015), 48–53

  2. A. Blum, R. Lalli und J. Renn, The Reinvention of General Relativity: A Historiographical Framework for Assessing One Hundred Years of Curved Space-Time, Isis, 598–620 (2015)

  3. R. Lalli, The Renaissance of Physics: Karl K. Darrow (1891–1982) and the Dissemination of Quantum Theory at the Bell Telephone Laboratories, In: Raffaele Pisano (Hg.): A Bridge between Conceptual Frameworks: Sciences, Society and Technology Studies, Dordrecht: Springer (2015) 249–273

  4. H. Kragh, Flickering Light: A History of Neon, In: Ambix, Vol. 62(2) p. 196-197 (2015)

  5. H. Kragh, Book review: The Performance of the EU in International Institutions, In: European Legacy, Vol. 20, No. 2, (17.02.2015) p. 191-192

  6. R. Meer, Immanuel Kant: Die Einheit des Bewusst- seins. Die „Deduktion der Kategorien“ und die „Paralogismen der reinen Vernunft“, Kant-Studien 106 (3) (2015)

  7. R Mosenbacher, Immanuel Kant: Die Einheit des Bewusst-seins. Die „Deduktion der Kategorien “und die „Paralogismen der reinen Vernunft“, Kant-Studien, Band 106, Ausgabe 3, Seiten 523-527 (2015)

  8. J. Navarro Loidi, La balistica en los escritos de Vicente Mut, Llull, 38 (n? 82) 321-344 (2015)

  9. P. M. Schuster, “The Institute of Radium Research, Boltzmanngasse 3, Vienna, Austria”, Europhysics News 46 (5-6) p. 4-5 (2015)

  10. D. Wintergrun, J. Renn, R. Lalli, M. Laubichler and M. Valleriani, Netzwerke als Wissensspeicher. Berlin: Max Planck Institute for the History of Science (2015)

  11. Г. Камишева, Приносът на Нестор Марков за обучението по физика и математика (1836 – 1916), Светът на физиката (3) 281-293 (2015)

2014

  1. H. Kragh, Einsteins odysse : Fra speciel til almen relativitetsteori, In: Kvant, No. 4 (2014) p. 20-24

  2. H. Kragh, Chemical elements, discoveries, and disputes, In: Metascience, Vol. 23, No. 2 (2014) p. 373-375

  3. H. Kragh, Mathematics and Physics: The Idea of a Pre-Established Harmony, In: Science & Education, Vol. 24, No. 5 (2014)

  4. Kragh, H., (Review of:) Dan Ch. Christensen, Hans Christian Orsted: Reading Nature’s Mind, Oxford University Press (2013), In: Physics in Perspective, Vol. 16, No. 2 (06.2014) p. 280-282

  5. H. Kragh, Sandheden om sandheden, In: Jyllands-Posten (2014) p. 10-11

  6. Kragh, H., The science of the universe: Cosmology and science education, International Handbook of Research in History, Philosophy and Science Teaching, vol. 1, ed. Michael Matthews, Vol. 1, Dordrecht: Springer (2014) p. 643-665

  7. H. Kragh, Empirical aspects of Niels Bohr's atomic theory (in Chinese), In: Science & Culture Review, Vol. 10, No. 6 (2014) p. 22-39

  8. H. Kragh, Historical aspects of post-1850 cosmology, Graduate School in Astronomy: XVIII Special Courses at the National Observatory, Rio de Janeiro, ed. Marcelo Fernandes; Simone Daflon; Alvaro Alvarez-Candal; Renato Dupke; Jailson Alcaniz. Melville, New York, American Institute of Physics (2014) p. 3-26; AIP Conference Proceedings Series; No. 3, Vol. 1632

  9. Kragh, H., Naming the big bang - In: Historical Studies in the Natural Sciences, Vol. 44, No. 1 (2014) p. 3-36

  10. H. Kragh, Origin of the modern cosmological principle, Cosmology and Consciousness: Quantum Physics and Neuroscience of Mind . ed. Deepak Chopra; Roger Penrose, London, cosmology.com (2014) p. 29-36

  11. H. Kragh, Quantum theory, The Oxford Encyclopedia of the History of American Science, Medicine, and Technology vol. 2. ed. Hugh Slotten. New York, Oxford University Press (2014) p. 317-319

  12. H. Kragh, (Review) David P. D. Munns, A Single Sky: How an International Community Forged the Science of Radio Astronomy, Cambridge, Mass, MIT Press (2013), In: Technology and Culture, Vol. 55, No. 2 (2014) p. 506-507

  13. H. Kragh, (Review) J. S. Rowlinson, Sir James Dewar, 1842-1923: A Ruthless Chemist, Ashgate: Farnham (2012), In: Ambix, Vol. 61, No. 1 (2014) p. 107

  14. H. Kragh, (Review) S. Katzir, C. Lehner, and J. Renn, eds., Traditions and Transformations in the History of Quantum Physics, Berlin: Edition Open Access (2013), In: Centaurus, Vol. 56, No. 1 (2014) p. 58-59

  15. H. Kragh, Rundetarn og kikkerten – nyt lys pa gammel historie, In: Aktuel Naturvidenskab, No. 4 (2014) p. 44-47

  16. H. Kragh, The names of physics : plasma, fission, photon, In: European Physical Journal H, Vol. 39, No. 3 (2014) p. 263-281

  17. H. Kragh, The "new physics", The Fin-de-Siecle World . ed., Michael Saler. London : Routledge (2014) p. 441-455

  18. H. Kragh, Trek af oxygens opdagelseshistorie, Oxygen: Historien om et Grundstofs Opdagelse, ed. Ture Damhus; Anita K. Nielsen; Borge Riis Larsen. Nyt Teknisk Forlag (2014) p. 9-22; Historisk-Kemiske Skrifter; No. 21

  19. H. Kragh, 1811 – Luftferd, Danmark Bliver Danmark: Krig, Damp og Genier i 1800-Tallet, Aarhus Universitetsforlag (2014) p. 11

  20. H. Kragh, 1857 – Lys, Danmark Bliver Danmark: Krig, Damp og Genier i 1800-Tallet . Aarhus Universitetsforlag (2014) p. 57

  21. H. Kragh, 1865 – Gronland, Danmark Bliver Danmark: Krig, Damp og Genier i 1800-Tallet, Aarhus Universitetsforlag (2014) p. 65

  22. R. Lalli, A New Scientific Journal Takes the Scene: The Birth of Reviews of Modern Physics, Annalen der Physik 526 (2014), A83–87

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

  24. Г. Камишева, Международната конференция по история на физиката в Кеймбридж, Светът на физиката (3) 336-341 (2014)

  25. Г. Камишева, Кабинетът на Георги Наджаков – исторически обект на Европейското физическо дружество, Светът на физиката (2) 197-213 (2014)

2013

  1. V. Argyrakis, The Evolution of Wind theory and the Concept of Exhalation in the Context of ancient Greek thought, Almagest, 4(2) 122-139 (2013)

  2. L. Bruun, F. Aaserud, H. Kragh, Den videre udvikling af Bohrs atomteori, Forlaget Epsilon (2013) p. 125-138

  3. P. Holmberg, H. Nevanlinna, Geomagnetic, meteorological and auroral research in Finland from the 18th century to the beginning of the 20th century (in Finnish, together with ), Bidrag till kannedom av Finlands natur och folk, No. 191 (2013) The Finnish Society of Sciences and Letters, Helsinki, Finland

  4. R. Mosenbacher, Das Schematismuskapitel Immanuel Kants. Zur Funktion und Struktur des Schematismus der reinen Verstandesbegriffe, Akademiker-Verlag 1-6 (2013)

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

  6. 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)

  7. 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)

  8. M. Wright, The antikythera Mechanism: Compound Gear-trains for Planetary indications, Almagest, 4(2) 4-31 (2013)

  9. H. Zuidervaart, Entrepreneurs in Experiments: The Leiden Cabinet of Physics and the Motives of its Founders (1675-1742), Cabinets of Experimental Philosophy in Eighteenth-Century Europe (2013)

  10. H. Hooijmaijers, A. Maas, New Light on the Cabinet of Physics of Padua, Cabinets of Experimental Philosophy in Eighteenth-Century Europe (2013)

  11. H. Kragh, Det levende univers, In: AU-gustus, Vol. 3 (2013) p. 29

  12. H. Kragh, Entretien avec Helge Kragh sur la physique de la fin de siecle, In: L’elephant: la revue de culture generale, No. 4 (2013) p. 133-135

  13. H. Kragh, Arven efter Bohr, In: Magisterbladet, No. 12 (2013) p. 34-35

  14. H. Kragh, Har naturvidenskaben en fremtiden Fremtiden. ed., Ole Hoiris. Aarhus : Aarhus Universitetsforlag (2013) p. 67-98

  15. H. Kragh, Niels Bohr between physics and chemistry, In: Physics Today, Vol. 66 (2013) p. 36-41

  16. H. Kragh, Big Bang: The etymology of a name, In: Astronomy & Geophysics, Vol. 54, No. 2 (2013) p. 2.28-2.30

  17. H. Kragh, Bohrs atomteori fylder 100 ar, In: Aktuel Naturvidenskab, No. 1, (2013) p. 10-14

  18. H. Kragh, Korrespondensprincippet : Bohrs tryllestav, In: Kvant - Tidsskrift for fysik og astronomi, No. 1 (2013) p. 4

  19. H. Kragh, Pioner og kreationist, In: Weekendavisen (2013) p. 13

  20. H. Kragh, A quantum discontinuity, Erwin Schrodinger: 50 Years After. ed. Wolfgang L. Reiter; Jakob Yngvason. European Mathematical Society (2013) p. 135-152

  21. H. Kragh, Big bang – den kosmiske begyndelse, 50 Opdagelser: Hojdepunkter i Naturvidenskaben, Aarhus Universitetsforlag (2013) p. 281-286

  22. L. Bruun, F. Aaserud, H. Kragh, Bohrs model for atomers og molekylers struktur, Forlaget Epsilon (2013) p. 111-124

  23. H. Kragh, Buckyball – verdens smukkeste molekyle, 50 Opdagelser: Hojdepunkter i Naturvidenskaben, Aarhus Universitetsforlag (2013) p. 311-316

  24. H. Kragh, Daltons atomteori, 50 Opdagelser: Hojdepunkter i Naturvidenskaben, Aarhus Universitetsforlag (2013) p. 83-88

  25. H. Kragh, Den dynamiske Jord, 50 Opdagelser: Hojdepunkter i Naturvidenskaben, Aarhus Universitetsforlag (2013) p. 215-222

  26. H. Kragh, Den forbavsende radioaktivitet, 50 Opdagelser: Hojdepunkter i Naturvidenskaben, Aarhus Universitetsforlag (2013) p. 177-182

  27. H. Kragh, Den kopernikanske revolution, 50 Opdagelser: Hojdepunkter i Naturvidenskaben, Aarhus Universitetsforlag (2013) p. 23-28

  28. H. Kragh, Den magelose kvantemekanik, 50 Opdagelser: Hojdepunkter i Naturvidenskaben, Aarhus Universitetsforlag (2013) p. 229-236

  29. H. Kragh, Den morke energi, 50 Opdagelser: Hojdepunkter i Naturvidenskaben, Aarhus Universitetsforlag (2013) p. 323-328

  30. H. Kragh, Den uforgungelige energi, 50 Opdagelser: Hojdepunkter i Naturvidenskaben, Aarhus Universitetsforlag (2013) p. 103-108

  31. H. Kragh, Skydsgaard, Morten Arnika; Wang, Tobias, Efterskrift, Om naturvidenskabelige opdagelser, 50 Opdagelser: Hojdepunkter i Naturvidenskaben, Aarhus Universitetsforlag (2013) p. 323-338

  32. H. Kragh, Einsteins relativitetsteori, 50 Opdagelser: Hojdepunkter i Naturvidenskaben . Aarhus : Aarhus Universitetsforlag (2013) p. 189-196

  33. H. Kragh, Elektromagnetismen, 50 Opdagelser: Hojdepunkter i Naturvidenskaben. Aarhua : Aarhus Universitetsforlag (2013) p. 97-102

  34. H. Kragh, En verden af planeter, 50 Opdagelser: Hojdepunkter i Naturvidenskaben . Aarhus : Aarhus Universitetsforlag (2013) p. 317-322

  35. H. Kragh, Et himmelsk grundstof, 50 Opdagelser: Hojdepunkter i Naturvidenskaben. Aarhus : Aarhus Universitetsforlag (2013) p. 183-188

  36. H. Kragh, Et univers af galakser, 50 Opdagelser: Hojdepunkter i Naturvidenskaben. Aarhus : Aarhus Universitetsforlag (2013) p. 237-244

  37. H. Kragh, Fikseringen af luftens kv?lstof, 50 Opdagelser: Hojdepunkter i Naturvidenskaben . Aarhus : Aarhus Universitetsforlag (2013) p. 203-208

  38. H. Kragh, Fossilernes natur, 50 Opdagelser: Hojdepunkter i Naturvidenskaben, Aarhus Universitetsforlag (2013) p. 53-58

  39. H. Kragh, Fysik som teknologi? Heidegger om naturvidenskabens og teknologiens vesen, Nye Sporgsmal om Teknikken. ed. / Kasper Schiolin; Soren Riis, Aarhus Universitetsforlag (2013) p. 87-102.

  40. H. Kragh, Grundstoffernes periodiske system, 50 Opdagelser: Hojdepunkter i Naturvidenskaben . Aarhus : Aarhus Universitetsforlag (2013) p. 143-148

  41. H. Kragh, Heavenly radiation : Research on the aurora borealis in the early 20th century The Roots of Physics in Europe, ed. Peter Schuster. Pollauberg, Austria, Living Edition (2013) p. 217-234

  42. H. Kragh, Ingenting – det absolutte tomrum, 50 opdagelser: Hojdepunkter i Naturvidenskaben, Aarhus Universitetsforlag, (2013) p. 17-22

  43. H. Kragh, Istid og istider, 50 Opdagelser: Hojdepunkter i Naturvidenskaben, Aarhus Universitetsforlag (2013) p. 123-130

  44. H. Kragh, Johannes Keplers planetlove, 50 Opdagelser: Hojdepunkter i Naturvidenskaben, Aarhus Universitetsforlag (2013) p. 35-40.

  45. H. Kragh, Jordens alder, 50 Opdagelser: Hojdepunkter i Naturvidenskaben, Aarhus Universitetsforlag (2013) p. 71-76.

  46. H. Kragh, Jordens form og storrelse, 50 Opdagelser: Hojdepunkter i Naturvidenskaben. Aarhus, Aarhus Universitetsforlag (2013) p. 11-16

  47. H. Kragh, Jordens indre, 50 Opdagelser: Hojdepunkter i Naturvidenskaben, Aarhus Universitetsforlag (2013) p. 275-280

  48. H. Kragh, Lavoisiers kemiske revolution, 50 Opdagelser: Hojdepunkter i Naturvidenskaben, Aarhus Universitetsforlag (2013) p. 77-82

  49. H. Kragh, Lys er elektromagnetiske bolger, 50 Opdagelser: Hojdepunkter i Naturvidenskaben, Aarhus Universitetsforlag (2013) p. 149-154

  50. H. Kragh, Grundstoffernes periodiske system - In: Jyllands-Posten (2013) 13 October 2013. p. 8-9

  51. H. Kragh, Videnskabsikonets revolution?re tanker - In: Jyllands-Posten (2013) 06 October 2013. p. 8-9

  52. R. Lalli, Anti-Relativity in Action: The Scientific Activity of Herbert E. Ives between 1937 and 1953, Historical Studies in the Natural Sciences, 43, 41–104 (2013)

  53. N. Straumann, Fritz Zwicky: An Extraordinary Astrophysicist Swees Physical Society (2013)

2012

  1. R. Catinaud, Which physics for a new institute? Albert Gockel, Joseph Kowalski and the early years of the Fribourg Institute of Physics

  2. P. Holmberg, Geomagnetic Measurements in Finland in the 19th Century (& Heikki Nevanlinna), 2nd EHoP Conference, Innsbruck, Austria, 3-4 September 2009, p. 103-121, Living Edition, Pollauberg (2012)

  3. G. Kamisheva, History of Science and Technology in Bulgaria, Newsletter for the History of Science in Southeastern Europe (17) 15-20, December 2012

  4. H. Kubbinga, Crystallography from Hauy to Laue: controversies on the molecular and atomistic nature of solids, Zeitschrift fur Kristallographie, 227, 1–26 (2012); Acta Crystography, A68, 3-29 (2012)

  5. R. Lalli, The Reception of Miller’s Ether-Drift Experiments in the USA: The History of a Controversy in Relativity Revolution, Annals of Science, 69 (2012) 153–214

  6. E. Nicolaidis, La politique scientifique dans l'Empire ottoman, International Archive of the History of Science, Les sciences a la cour de Versailles et la naissance des politiques scientifiques en Europe, vol. 62, fasc. 169, decembre (2012) 679-689, Presentation in Franch (31:52)

  7. N. Straumann, From Static to Expanding Models of the Universe (2012)

  8. Г. Камишева, А. Г. Петров, Сладкодумникът на българската физика, Н. Балабанов, Откровения, Унив. Изд. П. Хилендарски, Пловдив (2012) с. 204-210

  9. Г. Камишева, Втора международна конференция “Корените на физиката в Европа” 100 години космични лъчи, Списание на БАН (6) 60-64 (2012)

  10. Г. Камишева, Разпространение и развитие на физико-математическите знания на Балканите, Светът на физиката, кн. (1) 93-96 (2012)

2011

  1. Y. Bergman, Alfred Nobel, Aniline and Diphenylamine, ICON (17) 40-56 (2011)

  2. A. Buchanan, Power and Conservation: The Importance of the History of Technology, ICON (Journal of the International Committee for the History of Technology (17) 3-11 (2011)

  3. BA. Buchanan, The Gunpowder Heritage: ‘Re-using the Industrial Past’, ICON (17) 71-93 (2011)

  4. Kamisheva, G., Origins of theoretical physics in Bulgaria. – Dissemination and Development Physics and Mathematics on the Balkans 2011, Edited by A. G. Petrov, G. Kamisheva, R. Kamburova, ISSP, Sofia (2012) 34-43

  5. Kamisheva, G., A brif history of superconductivity in Bulgaria. – Dissemination and Development Physics and Mathematics on the Balkans 2011, Edited by A. G. Petrov, G. Kamisheva, R. Kamburova, ISSP, Sofia (2012) 109-113

  6. G. Kamisheva Physics and Mathematics in the Balkans Dissemination and Development Symposium 17-18 October 2011, Sofia, Bulgaria. – Newsletter for the History of Science in Southeastern Europe (16) 7-8 (2011)

  7. J. Lacki, Albert Gockel: from atmospheric electricity to cosmic radiation

  8. J. Lacki, Arthur Schidlof, un pionnier de la physique theorique suisse

  9. J. Lacki, Walter Ritz (1878-1909), the revolutionary classical physicist (2011)

  10. O. Masaaki, Interpretation of Defence Heritage in Japan: A Survey of Its ‘Neglect and Reuse’ and Future Potential as Significant Landscape, ICON (17) 94-108 (2011)

  11. J. Navarro Loidi, Las matematicas en la Academia Militar de Avila, La Gaceta de la Real Sociedad Matematica Espanola, 14 (n? 2): 309-332

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

  13. A. Yagou, Is Everyday Technology Serious or Fun? Reflections on Emotional Styles in Product Design, ICON (17) 57-68 (2011)

  14. Г. Камишева, Паметна книга на Съюза на физиците в България 2007–2011, Отчетен доклад на Управителния съвет на Съюза на физиците в България, VІІ Конгрес, СФБ, София (2011) 45-46

  15. Г. Камишева, Корените на теоретичната физика в България, От Ръдърфорд до колайдера, Сборник с резюмета, Национален семинар, НАОП, Ямбол (2011) 13-14

2010

  1. Kamisheva, G., The roots of theoretical physics in Bulgaria. – Proceedings of the first joint European Symposium on the History of Physics, Peter Maria Schuster (Editor), Pollau Castle, Stiria, Austria, 28-29 May 2010, Living Edition Science (2010) 291-306

  2. J. Navarro, Electron diffraction chez Thomson. Early responses to quantum physics in Britain, British Journal for the History of Science, 43, 245-275 (2010)

  3. Г. Камишева, Симпозиумът “Корените на физиката в Европа”, Светът на физиката (4) 435-440 (2010)

  4. Г. Камишева, Бъдещето на Европейското физическо дружество, Светът на физиката (3) 348-349 (2010)

2009

  1. Kamisheva, G., Traditions and Reforms in Bulgarian Physics. Milko Borissov (1921 – 1998). – CP1203 7th International Conference of the Balkan Physical Union, Edited by A. Angelopoulos and T. Fildisis, AIP (2009) 1336-1341

  2. Kamisheva, G., Museum as a source for Historical Research in Physics in Bulgaria. – CP1203 7th International Conference of the Balkan Physical Union, edited by A. Angelopoulos and T. Fildisis, AIP (2009) 1342-1346

  3. J. Navarro, “A dedicated missionary”. Charles Galton Darwin and the new quantum mechanics in Britain, Studies in the History and Philosophy of Modern Physics, 40, 316-326 (2009)

  4. I. Usoskin, L. Desorgher, P. Velinov, M. Storini, E. Fluckiger, R. Butikofer, G. Kovaltsov, Ionization of the Earth’s Atmosphere by Solar and Galactic Cosmic Rays (2009)

  5. Г. Камишева, Л. Спасов, 10 години от смъртта на акад. Милко Борисов, Светът на физиката (2) 212-213 (2009)

2008

  1. J. Navarro Loidi, J. Palet, The introduction of logarithms into Spain, Historia Mathematica, 35 (2008) 83-101.

  2. Г. Камишева, 40 Години Европейско физическо дружество, Светът на физиката (4) 451-452 (2008)

    Г. Камишева, Честване 110 годишнината на Физико-математическото дружество, Светът на физиката (4) 448-449 (2008)

2007

  1. Г. Камишева, Изложба за академик Георги Наджаков. – Някои съвременни направления в развитието на физиката, Ученическа научна сесия, ИФТТ, София (2007) 9-11

2006

  1. G. Kamisheva, Bulgarian Mathematical Culture in XIX century. – History and Pedagogy of Mathematics Newsletter (61), 16-20 (2006)

  2. G. Kamisheva Bulgarian physical and mathematical culture in 19 century. – Proceedings of Sixth International Conference of the Balkan Physical Union (BPU6), Istanbul, 2006, AIP Conference Proceedings, No 899 (2007) 521-522

  3. J. Navarro, Imperial incursions in late-Victorian Cambridge: J.J. Thomson and the domains of the Physical Sciences, History of Science, 44, 469-495 (2006)

  4. G. Mateos, J. Navarro, The uses of neutrinos: a historical perspective, European Journal of Physics, 27, 1257-1264 (2006)

  5. J. Navarro, Early Attempts to Detect the Neutrino at the Cavendish Laboratory, Physics in Perspective, 8, 64-82 (2006)

  6. К. Коленцов, Г. Камишева, Успешен бизнес в областта на приложната физика в България (за П. Стефанов). – Разпространение и развитие на физико-математическите знания в България, Научен симпозиум, ИФТТ, София (2006) 168-170

  7. Г. Камишева, А. Г. Петров, Въведение. – Разпространение и развитие на физико-математическите знания в България, Научен симпозиум, ИФТТ, София (2006) с. 1

  8. Г. Камишева, Извори за Георги Наджаков в Музея по история на физическите науки в България. – Разпространение и развитие на физико-математическите знания в България, Научен симпозиум, ИФТТ, София (2006) 139-143

  9. Г. Камишева, Теоретични изследвания в областта на физическите науки в България през първата половина на 20 век. – Разпространение и развитие на физико-математическите знания в България, Научен симпозиум, ИФТТ, София, (2006) 101-110

  10. Г. Камишева, Наукометрични данни за научноизследователската дейност на Милко Борисов (1921–1998), Разпространение и развитие на физико-математическите знания в България, Научен симпозиум, ИФТТ, София, (2006) 41-47

  11. Г. Камишева, Основоположници на експерименталната физика в Българската академия на науките, Balkan Conference of Young Scientists, СУБ, Пловдив, т. 5 (2006) 382-388

  12. Г. Камишева, Основоположници на теоретичната физика в Българската академия на науките, Balkan Conference of Young Scientists 2005, СУБ, Пловдив, т. 5 (2006) 376-381

2005

  1. P. Holmberg, H. Nevanlinna, Geomagnetism in Finland: the lasting legacy of Johan Jakob Nervander, Europhysics News, 36(3) 82-85 (2005)

  2. M. Tsvetkov, Georgi Ivanov Manev (1884-1965) a brief biography, – In: Prof. G. Manev’s legacy in contemporary astronomy, theoretical and gravitational physics, Edited by V. Gerdjikov and M. Tsvetkov, Sofia, Heron press Science series (2005) p. 12-13

  3. M. Tsvetkov, The correspondence between G. Manev and A. Einstein, – In: Prof. G. Manev’s legacy in contemporary astronomy, theoretical and gravitational physics, Edited by V. Gerdjikov and M. Tsvetkov, Sofia, Heron press Science series (2005) p. 19-30

  4. G. Kamisheva, Lectures in Mathematical and Theoretical Physics at the University of Sofia by Professor Georgi Ivanoff Maneff (1921 – 1944). – Prof. G. Manev’s Legacy in Contemporary Astronomy, Theoretical and Gravitational Physics (2004), Edited by V. Gerdjikov and M. Tsvetkov, Heron Press, Sofia (2005) 45-53

  5. J. Navarro, J.J. Thomson on the nature of matter: corpuscles and the continuum, Centaurus, 47, 259-282 (2005)

  6. J. Navarro, More than two faces of common sense, Acta Philosophica, 14 (2), 287-297 (2005)

  7. Г. Камишева, Особености в обучението по физика при създаването на Централното Епархийско училище в Пловдив, Развитие и разпространение на физическите знания в България, Научен симпозиум, Унив. изд., Пловдив (2005) 79-82

  8. Г. Камишева, Кратка научна биография на професор Георги Иванов Манев (15.01.1884–15.07.1965), Развитие и разпространение на физическите знания в България, Научен симпозиум, Унив. изд., Пловдив (2005) 38-44

  9. Г. Камишева, Постиженията на физическите науки в БАН, Светът на физиката (3) 314-323 (2005)

2004

  1. P. Holmberg, The Physical Tourist. Physics in Helsinki, Phys. perspect 6 (2004) 76-113

  2. A. Martinez, "Ritz, Einstein, and the emission hypothesis", Physics in Perspective, vol. 6 (2004) 4-28

  3. J. Navarro, New entities, old paradigms: elementary particles in the 1930s, Llull, 27, 435-464 (2004)

  4. Г. Камишева, Музей на физическите науки в България. – Светът на физиката (4) 371-372 (2004)

  5. Г. Камишева, Сесия в памет на академик Милко Борисов. – Светът на физиката (1) 68-70 (2004)

2003

  1. P. Holmberg, Northern Light Studies and Geomagnetic Observations in Finland in the 19th Century, Volta and the History of Electricity, (ed. Fabio Bevilacqua & Enrico A. Giannetto) Universita degli studi di Pavia; editore Ulrico Hioepli, Milano (2003) 183-192

  2. G. Kamisheva, History of the Mathematical and Theoretical Physics in the Sofia University (1925–1935). – Proceedings of Fifth General Conference of the Balkan Physical Union, Vrnjacka Banja, Serbia and Montenegro, 2003, BPU, Belgrade (2003) 1999-2002

  3. M. Matthews, Mario Bunge: Physicist and philosopher, Science and Education, vol. 12 (2003) 431-444

  4. Г. Камишева, In memoria ст.н.с. А. Ф. Ваврек (1947–2003), Светът на физиката (4) с. 385 (2003)

  5. Г. Камишева, ИФТТ "Акад. Г. Наджаков" на 30 години, Светът на физиката (1) 58-60 (2003)

  6. Г. Камишева, Историята на физическите науки в творчеството на академик Милко Борисов (18.02.1921–05.11.1998), Сесия в памет на академик Милко Борисов, Еп. К. Преславски, Шумен (2003) 18-31

  7. Г. Камишева, А. Г. Петров, Тридесет години Институт по физика на твърдото тяло при БАН – исторически корени и настояще, Списание на БАН (1) 80-86 (2003)

2002

  1. B. Carazza, N. Robotti, Explaining Atomic Spectra within Classical Physics: 1897-1913, Annals of Science, vol. 59 (2002) 299-320

  2. J. Navarro, Una interpretacion milenarista de Karl Popper, Thematha, 28, 141-160 (2002)

  3. J. Navarro Loidi, Los libros matematicos y cientificos de la biblioteca del colegio de los jesuitas de Quito (s. XVII-s.XVIII), Archives internationales d'histoire des sciences, n? 148, v. 52: 198-211 (2002)

  4. Г. Камишева, Някои особености в историята на физическите науки в България, Светът на физиката (2) 152-159 (2002); в От кварките до вселената, съст. Д. Динев, София, СФБ (2005) 217-227

2001

  1. M. Dizer, Observatories and astronomical instruments, In: History of Science and Technology in Islam, v. 4, Part 1, Ch. 2.2(b) Amazon (2001)

  2. R. Hall, Mechanics, In: History of Science and Technology in Islam, v. 4, Part 1, Ch. 2.3(a) Amazon (2001)

  3. E. Kheirandish, Optics: Highlights from Islamic lands, In: History of Science and Technology in Islam, v. 4, Part 1, Ch. 2.3(b) Amazon (2001)

  4. S. Nasr, Cosmology, In: History of Science and Technology in Islam, v. 4, Part 1, Ch. 3.1 Amazon (2001)

  5. J. Samso, Astronomical tables and theory; In: History of Science and Technology in Islam, v. 4, Part 1, Amazon (2001) Ch. 2.2(a); Astrology, Ch. 2.2(c)

  6. Г. Камишева, А. Ваврек, Професор Манев и споровете за математическа или теоретична физика в университета (1921 – 1944), Сборник доклади 29 Национална конференция по въпросите на обучението по физика, СФБ, Смолян, (2001) 183-190

  7. Г. Камишева, А. Ваврек, Нови данни за професора от Софийския университет Георги Иванов Манев (1884 – 1965), Сборник доклади 29 Национална конференция по въпросите на обучението по физика, СФБ, Смолян (2001) 179-182

2000

  1. G. Kamisheva, A. Vavrek, Milestones in the development of Physics in the Sofia University (1889–1945). – Bulgarian Journal of Physics, 27(4) 55-58 (2000)

  2. G. Kamisheva, A. Vavrek, Contents of the courses in Physics in the Sofia university (1889–1945). – Bulgarian Journal of Physics, 27(4) 59-62 (2000)

  3. G. S. K. Porphyry Bachmetjew 1860 –1913. – Biographies of the European Physicists (2000)

  4. G. S. K. Georges Nadjakoff 1896–1981. – Biographies of the European Physicists (2000)

  5. J. Navarro, El neutron de Chadwick y su interpretacion, Cronos, 3 (2), 273-295 (2000)

  6. Г. Камишева, А. Ваврек, Преподаването на експерименталната физика в Софийския университет до 1949 година, Сборник доклади 28 национална конференция по въпроси на обучението по физика, СФБ, Свищов (2000) 334-337

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. 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

  6. A. Ваврек, Г. Камишева, Присъждане на докторска научна степен по физика в Софийския университет до 1950 г, Светът на физиката (2) 130-134 (1999)

1998

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

  2. 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

  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)

1996

  1. 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)

  2. Juan 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)

  3. 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

  4. 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

  5. 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

1995

  1. 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

1994

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

  2. 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)

  3. 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)

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

1993

  1. 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

  2. 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

  3. 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)

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

1992

  1. 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.

  2. 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)

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

1990

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

1989

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

1988

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

  2. 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

1987

  1. 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)

1984

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

1981

  1. 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)

1975

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

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

1965

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

1962

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

1955

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

1945

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

Created: 5 October 2016
Updated: 1 January 2019

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