Jackson, Roland (Author)
John Tyndall, Irish-born natural philosopher, completed his PhD at the University of Marburg in 1850 while starting his first substantial period of research into the phenomenon of diamagnetism. This paper provides a detailed analysis and evaluation of his contribution to the understanding of magnetism and of the impact of this work on establishing his own career and reputation; it was instrumental in his election as a Fellow of the Royal Society in 1852 and as Professor of Natural Philosophy at the Royal Institution in 1853. Tyndall's interactions and relationships with Michael Faraday, William Thomson, Julius Plücker and others are explored, alongside his contributions to experimental practice and to emerging theory. Tyndall's approach, challenging Faraday's developing field theory with a model of diamagnetic polarity and the effect of magnetic forces acting in couples, was based on his belief in the importance of underlying molecular structure, an idea which suffused his later work, for example in relation to the study of glaciers and to the interaction of substances with radiant heat.
...More
Article
Michael Wiescher;
(2023)
A German physicist’s travels in Great Britain: Julius Plücker’s visits from 1853 to 1866
(/isis/citation/CBB463128936/)
Article
John Lekner;
(2017)
Nurturing Genius: the Childhood and Youth of Kelvin and Maxwell
(/isis/citation/CBB613473636/)
Book
Roland Jackson;
(2018)
The Ascent of John Tyndall: Victorian Scientist, Mountaineer, and Public Intellectual
(/isis/citation/CBB237482450/)
Article
Emily Hayes;
(2019)
Fashioned in the Light of Physics: The Scope and Methods of Halford Mackinder's Geography
(/isis/citation/CBB888906028/)
Essay Review
Jan Golinski;
(2019)
The Industrious Tyndall
(/isis/citation/CBB151957817/)
Book
Weill-Parot, Nicolas;
(2013)
Points aveugles de la nature: la rationnalité scientifique médiévale face à l'occulte, l'attraction magnétique et l'horreur du vide (XIIIe-milieu du XVe siècle)
(/isis/citation/CBB001551466/)
Book
Silvia Parigi;
(2022)
Magia e scienza nell'età moderna. Spiriti, effluvi e fenomeni occulti
(/isis/citation/CBB290589876/)
Article
Kenichi Natsume;
(2022)
Abstractive and Hypothetical Methodologies of Energetics: Physical Sciences between Mechanics and Chemistry in Victorian Britain
(/isis/citation/CBB843016617/)
Chapter
Baldwin, Melinda;
(2014)
Tyndall and Stokes: Correspondence, Referee Reports and the Physical Sciences in Victorian Britain
(/isis/citation/CBB001202321/)
Book
Cantor, G. N.;
Dawson, Gowan;
(2014)
The Correspondence of John Tyndall
(/isis/citation/CBB001510027/)
Article
Lambert, Kevin;
(2011)
The Uses of Analogy: James Clerk Maxwell's “On Faraday's Lines of Force” and Early Victorian Analogical Argument
(/isis/citation/CBB001034367/)
Book
Baldwin, Melinda Clare;
Browne, E. Janet;
(2015)
The Correspondence of John Tyndall
(/isis/citation/CBB001510028/)
Chapter
Hiebert, Erwin N.;
(1995)
Electric discharge in rarefied gases: The dominion of experiment: Faraday, Plücker, Hittorf
(/isis/citation/CBB000038868/)
Article
James, Frank A. J. L.;
(2008)
The Janus Face of Modernity: Michael Faraday in the Twentieth Century
(/isis/citation/CBB000850475/)
Article
Daub, Edward E.;
(1971 (pub. 1975))
The hidden origins of the Tait-Tyndall controversy: The Thomson-Tyndall conflict
(/isis/citation/CBB000022448/)
Chapter
Jenkins, Alice;
(1998)
Spatial imagery in 19th-century representations of science: Faraday and Tyndall
(/isis/citation/CBB000078313/)
Article
Gooding, David;
(1982)
A convergence of opinion on the divergence of lines: Faraday and Thomson's discussion of diamagnetism
(/isis/citation/CBB000022776/)
Article
Buchwald, Jed Z.;
(1977)
William Thomson and the mathematization of Faraday's electrostatics
(/isis/citation/CBB000022453/)
Article
Gooding, David;
(1980)
Faraday, Thomson, and the concept of the magnetic field
(/isis/citation/CBB000009615/)
Article
Girten, Kristin M.;
(2010)
Unsexed Souls: Natural Philosophy as Transformation in Eliza Haywood's Female Spectator
(/isis/citation/CBB001030332/)
Be the first to comment!