Show
107 citations
related to Mathematical physics
Show
107 citations
related to Mathematical physics as a subject or category
Description Term used during the period 2002-present
Article
James D. Fraser; Kasia Rejzner
(2024)
Perturbative expansions and the foundations of quantum field theory.
European Physical Journal H
(p. 10).
(/isis/citation/CBB390699102/)
Article
Christopher R. Gould; Eduard I. Sharapov
(2024)
Gian-Carlo Wick and neutron physics in the 1930s.
European Physical Journal H
(p. 9).
(/isis/citation/CBB765784753/)
Article
Vincent Jullien
(2023)
La Dynamica de Leibniz et la science physico-mathématique.
Almagest
(pp. 188-208).
(/isis/citation/CBB742645453/)
Article
Craig Fraser; Michiyo Nakane
(2023)
Canonical transformations from Jacobi to Whittaker.
Archive for History of Exact Sciences
(pp. 241-343).
(/isis/citation/CBB563006808/)
Book
Giuseppe Bruzzaniti
(2023)
Di cose visibili e invisibili. Dall'atomo ai quark, viaggiando nelle immagini della materia.
(/isis/citation/CBB958492367/)
Article
Johannes Orphal
(2023)
Rudolph Clausius (1822–1888) and His Concept of Mathematical Physics.
Annalen der Physik
(p. 2200065).
(/isis/citation/CBB937672014/)
Article
Mihnea Dobre
(2020)
Jacques Rohault’s Mathematical Physics.
HOPOS
(pp. 414-439).
(/isis/citation/CBB922054924/)
Article
Andrea Del Centina; Alessandra Fiocca
(2020)
Borelli’s edition of books V–VII of Apollonius’s Conics, and Lemma 12 in Newton’s Principia.
Archive for History of Exact Sciences
(pp. 255-279).
(/isis/citation/CBB032484097/)
Book
Mark McCartney; Andrew Whitaker; Alastair Wood
(2019)
George Gabriel Stokes: Life, Science and Faith.
(/isis/citation/CBB129904697/)
Article
J. B. Shank
(2019)
How Calculus-Based Mathematical Physics Arose in France after 1700: A Historicized Actor-Network Narrative as Explanation.
Isis: International Review Devoted to the History of Science and Its Cultural Influences
(pp. 312-316).
(/isis/citation/CBB156450988/)
Article
Christophe Eckes
(2019)
La participation des laboratoires de l’Institut Henri-Poincaré à l’effort de guerre, octobre 1939 – mai-juin 1940.
Revue d'Histoire des Sciences
(pp. 381-409).
(/isis/citation/CBB437806259/)
Book
Antonino Drago
(2017)
Dalla storia della fisica alla scoperta dei fondamenti della scienza.
(/isis/citation/CBB248791186/)
Article
Luca Guzzardi
(2017)
Ruggiero Boscovich and “the Forces Existing in Nature”.
Science in Context
(pp. 385-422).
(/isis/citation/CBB965336372/)
Article
Karl-Heinz Schlote
(2017)
The Discussion of Ohm's Law for Electrolytes by Jena's Physicists. An Interplay of Computation and Experiment.
Sudhoffs Archiv: Zeitschrift fuer Wissenschaftsgeschichte
(pp. 206-226).
(/isis/citation/CBB048809912/)
Article
Hartmut Hecht
(2016)
Gottfried Wilhelm Leibniz and the Origin of the Principle of Least Action – a Never Ending Story.
Annalen der Physik
(pp. 641-646).
(/isis/citation/CBB198666566/)
Article
Pablo Soler Ferrán
(2016)
Física matemática y física teórica: conceptos y programa de enseñanza desde el instrumentalismo científico de Ortiz Fornaguera.
Llull: Revista de la Sociedad Española de Historia de las Ciencias y de las Técnicas
(pp. 209-236).
(/isis/citation/CBB278918788/)
Article
Alexander S. Blum; Roberto Lalli; Jürgen Renn
(2016)
The Renaissance of General Relativity: How and Why It Happened.
Annalen der Physik
(pp. 344-349).
(/isis/citation/CBB835131359/)
Article
Labuda, Cecille; Labuda, Iwo
(2014)
On the Mathematics Underlying Dispersion Relations.
European Physical Journal H
(pp. 575-589).
(/isis/citation/CBB001421694/)
Article
Smorenburg, P. W.; Kamp, L. P. J.; Luiten, O. J.
(2014)
Classical Formulations of the Electromagnetic Self-Force of Extended Charged Bodies.
European Physical Journal H
(pp. 283-302).
(/isis/citation/CBB001421686/)
Article
Coutinho, S. C.
(2014)
Whittaker's Analytical Dynamics: A Biography.
Archive for History of Exact Sciences
(pp. 355-407).
(/isis/citation/CBB001214200/)
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