Essay reviews: Maxwell's early career

P.M. Harman, The scientific letters and papers of James Clerk Maxwell. Volume 1. 1846-1862 . Cambridge University Press, 1990. Pp. xxvii + 748, £125.00. ISBN 0-521-25625-9 James Clerk Maxwell (1831-1879) was arguably the most important British physicist in the latter half of the last century; a period in which there was some stiff competition from, for example, William Thomson (Lord Kelvin) and G.G. Stokes. With Darwin and Faraday he is among the men of science of the 19th century most widely admired by modern scientists. The reasons for this are not hard to find. His work had a lasting impact on physics and he pursued the subject both experimentally and mathematically in ways very similar to the methods of modern science: especially in the mathematical representation of physical quantities. Maxwell has been the subject of much scholarly study in recent years, but no scholarly biography of him has appeared or, so far as I am aware, is in progress. Furthermore, his immediate followers, the Maxwellians, have also been studied extensively. The lack of biography and concentration on followers might be taken to be a little curious except for the fact that a surprisingly small quantity of manuscript material has survived, for someone of his eminence. One of the reasons for this is obvious. His house, Glenlair, was destroyed by fire and it seems likely that much of his archive was consumed in the flames. However, the manuscript writings of any individual fall into two groups, those that are kept by the writer and those that are sent as letters to friends and colleagues. Here the fate of Maxwell’s manuscripts becomes more problematic. Of course those letters he wrote to his father and wife would most likely have been destroyed in the fire. But many of his letters to, for example, Stokes and Thomson, which should be in their archives, have simply disappeared, leaving no trace. Furthermore, much of his incoming correspondence has not survived, presumably because it too was destroyed in the fire.

2017 ◽  
Vol 4 (2) ◽  
pp. 95-96
Author(s):  
Тарас Шмігер

James W. Underhill. Voice and Versification in Translating Poems. University of Ottawa Press, 2016. xiii, 333 p. After its very strong stance in the 19th century, the versification part of translation scholarship was gradually declining during the 20th century, substituted by the innovative searches for semasiology, culture and society in text. The studies of structural and cognitive approaches to writing, its postcolonial identity or gender-based essence uncovered a lot of issues of the informational essence of texts, but overshadowed the meaning of their formal structures. The book ‘Voice and Versification in Translating Poems’ welcomes us to the reconsideration of what formal structures in poetry can mean. James William Underhill, a native of Scotland and a graduate of Hull University, got Master’s and PhD degrees from Université de Paris VIII (1994 and 1999 respectively). He has translated from French, German and Czech into English, and now, he is full professor of poetics and translation at the English Department of Rouen University as well as the director of the Rouen Ethnolinguistics Project. His scholarly activities focused on the subject of metaphor, versification, cultural linguistics and translation. He also authored ‘Humboldt, Worldview, and Language’ (Edinburgh University Press, 2009), ‘Creating Worldviews: Ideology, Metaphor and Language’ (Edinburgh University Press, 2011), and ‘Ethnolinguistics and Cultural Concepts: Truth, Love, Hate and War’ (Cambridge University Press, 2012). the belief of the impossibility of translating poems, poems are translated and sometimes translated quite successfully. In contemporary literary criticism, one observes the contradiction that despiteJames W. Underhill investigates this fascinating observable fact by deploying the theory of voice. The first part of the book, ‘Versification’, is more theoretical as the researcher is to summarizes the existing views and introduce fundamental terms and guidelines. The book is strongly influenced by the French theoretician Henri Meschonnic, but other academic traditions of researching verse are also present. This part includes four chapters where the author discusses recent scholarship in the subject-matter (‘Form’), theories of verse structure (‘Comparative Versification’), rhythm and stress systems (‘Meter and Language’), and the issues of patterning and repetition (‘Beyond Metrics’). The author shapes the key principle of his views that ‘[v]oice represents the lyrical subject of the poem, the “I” that creates it, but that is also created in and by the poem’ (p. 44). This stipulation drives him to the analysis of five facets in poetry translation: 1) the voice of a language; 2) the voice of an era; 3) the voice of a literary movement or context of influence; 4) the voice of a poet; 5) the voice of the particular poem. Part 2, ‘Form and Meaning in Poetry Translation’, offers more theorizing on how we can (or should) translate form. The triple typology of main approaches – (translating form blindly; translating a poem with a poem; translating form meaningfully) – sounds like a truism. The generic approach might be more beneficial, as the variety of terms applied in poetry translation and applicable to the idea of the book – (poetic transfusion, adaptation, version, variant) – would widen and deepen the range of questions trying to disclose the magic of transformations while rendering poetry of a source author and culture to the target reader as an individual and a community. The experience of a reader (individual and cultural personality) could be a verifying criterion for translating strategies shaped the translator’s experience. In Part 3, ‘Case Studies’, the author explores the English translations of Charles Baudelaire’s poetry and the French and German translations of Emily Dickinson’s poems. All translations theoreticians and practitioners will agree with the researcher’s statement that “[t]ranslating that simplicity is inevitably arduous” (p. 187). Balancing between slavery-like formalist operations and free transcreations, translators experiment on strategies of how to reproduce the original author’s voice and versification successfully enough. The longing categorically pushes us to the necessity of understanding what is in language but communication, how a nation’s emotionality is built linguistically, and why a language applies certain meters for specific emotional articulation. ‘Glossary’ (p. 297-319), compiled on the basis of theoretical reflections in the main text on the book, is of significant practical value. This could really become a good sample to follow in any academic book. This book takes us closer to the questions ‘How can a form mean something?’ and ‘How can we verify this meaning?’, though further research merged in ethnolingual, ethnopoetic and ethnomusical studies still promises to be extremely rich.


2019 ◽  
pp. 97-110
Author(s):  
Matthew Stanley

Today the laws of physics are often seen as evidence for a naturalistic worldview. However, historically, physics was usually considered compatible with belief in God. Foundations of physics such as thermodynamics, uniformity of nature, and causality were seen as religiously based by physicists such as James Clerk Maxwell and William Thomson, Lord Kelvin. These were usually interpreted as evidence of design by a creative deity. In the late nineteenth century, John Tyndall and other scientific naturalists made the argument that these foundations were more sympathetic to a non-religious understanding of the natural world. With the success of this approach, twentieth-century religious physicists tended to stress non-material and experiential connections rather than looking for evidence of design. Later parts of that century saw a revival of natural theological arguments in the form of the anthropic principle and the fine-tuning problem. While modern physics is naturalistic, this was not inevitable and there were several alternative approaches common in earlier times.


2020 ◽  
pp. 109-140
Author(s):  
Brian Cantor

The external surface of a material has an atomic or molecular structure that is different from the bulk material. So does any internal interface within a material. Because of this, the energy of a material or any grain or particle within it increases with the curvature of its bounding surface, as described by the Gibbs-Thomson equation. This chapter explains how surfaces control the nucleation of new phases during reactions such as solidification and precipitation, the coarsening and growth of particles during heat treatment, the equilibrium shape of crystals, and the surface adsorption and segregation of solutes and impurities. The Gibbs-Thomson was predated by a number of related equations; it is not clear whether it is named after J. J. Thomson or William Thomson (Lord Kelvin); and it was not put into its current usual form until after Gibbs’, Thomson’s and Kelvin’s time. J. J. Thomson was the third Cavendish Professor of Physics at Cambridge University. He discovered the electron, which had a profound impact on the world, notably via Thomas Edison’s invention of the light bulb, and subsequent building of the world’s first electricity distribution network. William Thomson was Professor of Natural Philosophy at Glasgow University. He made major scientific developments, notably in thermodynamics, and he helped build the first trans-Atlantic undersea telegraph. Because of his scientific pre-eminence, the absolute unit of temperature, the degree Kelvin, is named after him.


Author(s):  
Henk W. de Regt

This chapter analyzes the role of mechanical modeling in nineteenth-century physics, showing how precisely mechanical models were used to enhance scientific understanding. It discusses the work and ideas of William Thomson (Lord Kelvin), James Clerk Maxwell, and Ludwig Boltzmann, who advanced explicit views on the function and status of mechanical models, in particular, on their role in providing understanding. A case study of the construction of molecular models to explain the so-called specific heat anomaly highlights the role of conceptual tools in achieving understanding and shows that intelligibility is an epistemically relevant feature of mechanical models. Next, the chapter examines Boltzmann’s Bildtheorie, an interpretation of mechanical models that he developed in response to problems and criticisms of the program of mechanical explanation, and his associated pragmatic conception of understanding. The final section discusses the limitations of mechanical models and Ernst Mach’s criticism of the mechanical program.


1903 ◽  
Vol 71 (467-476) ◽  
pp. 30-42 ◽  

That magnetisation has an effect on the electric conductivity of metals was first noticed in 1856 by William Thomson* (Lord Kelvin), and since then, on account of its very great theoretical interest, this phenomenon has formed the subject of numerous experiments.


1977 ◽  
Vol 30 (3) ◽  
pp. 517-520
Author(s):  
Charles H. Cotter

Just a century ago, in 1876, Patrick Weir, an officer of a vessel trading between London and Australia, conceived the idea of a diagram that might facilitate finding the Sun's true azimuth for the purpose of checking the magnetic compass. Some thirteen, years later Captain Weir's Diagram was the subject of a paper communicated by Sir William Thomson (later Lord Kelvin) to the Royal Society of Edinburgh. In his paper Weir outlined the train of reasoning by which he succeeded in constructing a novel diagram which was described by Professor P. G. Tait as ‘a singularly elegant construction which, not only puts in a new and attractive light one of the most awkward of the problems of spherical trigonometry, but it practically gives in a single-page diagram the whole content of the two volumes of Burdwood's Azimuth Tables’. Tait also remarked that the method supplied an interesting graphical plane construction of a function of three independent variables.


1979 ◽  
Vol 32 (1) ◽  
pp. 122-134 ◽  
Author(s):  
W. E. May

It is now more than thirty years since Commander W. E. May, R.N. (formerly of the Admiralty Compass Observatory), drafted this hitherto unpublished paper, recording his opinions based on a study of documents made available to him in 1947 by Messrs Kelvin, Bottomley and Baird. The documents referred to in the paper are:The Thomson v. Moore case as presented to the House of Lords in the Thomson v. Moore case (Patent Design and Trade Mark Cases, Vol. VII, No. 36.)The case of Thomson v. Hughes (Patent Design and Trade Mark Cases, Vol. VII, Nos. 9 and 22.)Report of Proof of case of Kelvin v. Whyte Thomson &. Co.Bound volume of patent specifications referred to in the last named.It is a curious habit of editors and publishers to invite well-known persons to write articles on subjects outside their normal orbit. Thus in 1874 Sir William Thomson was invited to write for Good Words an article on the mariner's compass. He took up the task and soon realized that he did not know enough of the subject to complete the article. He then began to study the compass and the final part of the article was published in 1879. Such is one of Lord Kelvin's explanations of how he came to interest himself. In 1885, in an affidavit for the Moore case, he said that he took up the study of the compass in 1871, whilst elsewhere he said that it was the necessity of writing for the Royal Society an obituary notice on Archibald Smith, who died in 1872, which first turned his attention to compasses.


Crosbie Smith & M. Norton Wise, Energy and Empire: a biographical study of Lord Kelvin . Cambridge: Cambridge University Press, 1989. Pp. xxvi + 866, £60.00. ISBN 0-521-26173-2. In his obituary notice of Lord Kelvin, Joseph Larmor stated that Kelvin’s most important achievement was in the science of energy. He added that Kelvin’s work in this area had both established the industrial units of mechanical power and changed our conceptions of the material universe. These and many other aspects of the life and work of William Thomson, Baron Kelvin of Largs (1824-1907) are explored in this long and long-awaited biography. It has been at least 15 years in the writing, mainly because the authors have explored thoroughly the large archives of Kelvin papers in the Cambridge and Glasgow University Libraries as well as many smaller ones that shed light on his life and work. The wait has been well worthwhile.


1970 ◽  
pp. 47-55
Author(s):  
Sarah Limorté

Levantine immigration to Chile started during the last quarter of the 19th century. This immigration, almost exclusively male at the outset, changed at the beginning of the 20th century when women started following their fathers, brothers, and husbands to the New World. Defining the role and status of the Arab woman within her community in Chile has never before been tackled in a detailed study. This article attempts to broach the subject by looking at Arabic newspapers published in Chile between 1912 and the end of the 1920s. A thematic analysis of articles dealing with the question of women or written by women, appearing in publications such as Al-Murshid, Asch-Schabibat, Al-Watan, and Oriente, will be discussed.


2004 ◽  
pp. 36-49 ◽  
Author(s):  
A. Buzgalin ◽  
A. Kolganov

The "marketocentric" economic theory is now dominating in modern science (similar to Ptolemeus geocentric model of the Universe in the Middle Ages). But market economy is only one of different types of economic systems which became the main mode of resources allocation and motivation only in the end of the 19th century. Authors point to the necessity of the analysis of both pre-market and post-market relations. Transition towards the post-industrial neoeconomy requires "Copernical revolution" in economic theory, rejection of marketocentric orientation, which has become now not only less fruitful, but also dogmatically dangerous, leading to the conservation and reproduction of "market fundamentalism".


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