‎Voltaire, François-Marie Arouet dit (Edited by Theodore Besterman)‎
‎Correspondence V (5)‎

‎The Correspondence of Johannes Hevelius. Volume IV. The Correspondence with Stanislaw Lubieniecki‎

‎, Brepols, 2021 Hardback, 573 pages, Size:156 x 234 mm, Illustrations:22 b/w, Language(s):English, Latin, French. ISBN 9782503571188.‎

‎Summary Stanislaw Lubieniecki (1623-1675) was a Polish nobleman and adherent to the Unitarian religion. After his coreligionists were expelled from Poland and Lithuania in 1658, he settled in Hamburg and in the neighbouring town of Altona. When a comet appared in the sky in late 1664, Lubieniecki entered into correspondence with about forty astronomers, mathematicians and other scholars - Giovanni Battista Riccioli, Athanasius Kircher, Otto von Guericke, Erasmus Bartholin and Isma l Boulliau, among others. Johannes Hevelius was one of the addressees of his letters, and their correspondence turned out to be long-lasting and abundant. In the years 1664-1673, they exchanged 92 letters (31 from Hevelius, 61 from Lubieniecki). This correspondence is the fourth most voluminous in the entire corpus of Hevelius's letters. Hevelius was a reputed astronomer, sometimes unwilling to share his observations and ideas, and Lubieniecki was an interested dilettante, striving to learn more about the comets of 1664 and 1665 and other astronomical phenomena as well as their significance. He wanted to collect as many accounts of contemporary and historical comets as possible, and he published them in his Theatrum cometicum. Even though at the same time Hevelius worked on his Cometographia, they both realized that their books touched upon different aspects of cometary studies: historical in the Theatrum cometicum and astronomical in Cometographia. This volume is a part of the edition of Johannes Hevelius's correspondence. The collection of letters, whose manuscripts are kept in the Library of the Paris Observatory, has not been published nor thoroughly studied yet. TABLE OF CONTENTS INTRODUCTION 1 : Stanislaw Lubieniecki and his Theatrum cometicum 1.1. The Life of Stanislaw Lubieniecki 1.2. Outline of Cometary Studies in Lubieniecki's Time 1.3. Theatrum cometicum 2 : The Hevelius-Lubieniecki Correspondence 2.1. The Number of Letters 2.2. Overview of the Correspondence 2.3. Hevelius's Input to Lubieniecki's Cometary Discussions 2.4. Overlap of Hevelius's and Lubieniecki's Networks 3 : Lubieniecki and the Heavens 3.1. Lubieniecki and the Theatrum cometicum in the Critical Literature 3.2. Lubieniecki and Astronomy 3.3. Lubieniecki and Astrology 3.4. Lubieniecki's Astronomical Correspondence 3.5. Letters in the Theatrum cometicum 4 : Editorial Principles CORRESPONDENCE APPENDICES Appendix 1. : Lubieniecki's Extract from Hevelius's Prodromus cometicus Appendix 2. : Lubieniecki's Extract from Hevelius's Descriptio cometae Appendix 3. : Lubieniecki's Opinion on the Meaning of Comets BIBLIOGRAPHY INDICES‎

‎The Absorption of Radiation by multiply periodic Orbits, and its relation to the Correspondence Principle and the Rayleigh-Jeans Law. Part I- (II). (I. Some Extensions of the Correspondence Principle. - II. Calculation of Absorption by multiply period...‎

‎Corning, N.Y., and Menasha, Wisc., The Physical Review, 1924. Royal8vo. Full buckram. Gilt lettering to spine. A stamp to top of titlepage and to front free endpaper. In: ""The Physical Review. A Journal of Experimental and theoretical Physics"", Vol. 24, Second Series. V,704 pp., textillustr. Van Vleck's papers: pp. 330-346 a. pp. 347-365. Internally clean and fine.‎

‎First appearance of Van Vleck's two importent papers in which he clarifies and extends the Principle of Correspondence.""Van Vleck made his greatest contribution to the old quantum theory in 1924, when he conceived his correspondence principle for absorption. He demonstrated that in the limit of high quantum numbers there would be a correspondence between absorption by classical, multiply periodic systems, and by their quantum analogues. His proof depended on interpreting net absorption in the quantum theory as the difference between gross absorption and stimulated emission of radiation (an interpretation prompted by a remark of Breit’s). Van Vleck was particularly pleased that his classical theory reproduced the quantum result without the need for stimulated emission, which he referred to as ""negative absorption."" (DSB).""Van Vleck’s theory of absorption by multiply periodic systems was consistent with the newly derived Kramers theory of dispersion, and it convinced Bohr that his correspondence principle applied not only to emission but also to absorption. Further, Van Vleck’s 1924 calculation made use of several of the ideas that Werner Heisenberg used in his matrix mechanics a year later. Van Vleck’s work, however, did not lead in the direction of matrix mechanics. His intent was to explain quantum phenomena (especially ""negative absorption"") in classical terms rather than to devise an internally consistent quantum theory."" (DSB).In 1977 he shared the Nobel Prize with Philip Anderson and N. F. Mott.Van der Waerden ""Sources of Quantum Mechanics"", pp. 203 ff.‎

‎On the Quantum Theory of Line-Spectra. Part I-II. [Off-print from ""D. Kgl. Danske Vidensk. Selsk. Skrifter"". - [BOHR'S CORRESPONDENCE PRINCIPLE - PRESENTATION-COPIES]‎

‎Copenhagen, Bianco Lunos, 1918. 4to. Both parts uncut and in the original printed wrappers. Wrappers detached and with small nicks and tears to extremities. Internally fine and clean. Part I unopened. 36 pp. + pp. (37) - 100.‎

‎First editions, author's off-prints (with ""Separate Copy"" printed to front wrappers), presentation-copies, of the first two parts of Bohr's seminal work ""On the Quantum Theory of the Line-Spectra"" (which appeared in three parts and which was never finished, the third part of which, published 4 years later, is almost never found in presentation-sets), in which Bohr gave his first clear presentation of his groundbreaking ""correspondence principle"": ""Which would play a pivotal role in the later development of atomic theory and its transformation into quantum mechanics."" (Kragh, Quantum Generations, p. 56). It eventually became a cornerstone in the quantum mechanics formulated by Heisenberg and Schrödinger. ""There was rarely in the history of physics a comprehensive theory which owed so much to one principle as quantum mechanics owed to Bohr's correspondence principle"" (Jammer 1966, p. 118). The evolution of quantum theory is divided into two distinct periods"" from 1900 to 1925, usually referred to as the period with the old quantum theory still grounded in classical physics and the second period with quantum mechanics from 1925 onwards. The general rules of quantum mechanics are very successful in describing objects on an atomic level. But macroscopic systems are accurately described by classical theories like classical mechanics and classical electrodynamics. If quantum mechanics were to be applicable to macroscopic objects, there must be some limit in which quantum mechanics reduces to classical mechanics. Bohr's correspondence principle demands that classical physics and quantum physics give the same answer when the systems become large. ""A major tool he developed for dealing with quantum problem, [...], was the correspondence principle, which establishes links between predictions of the classical theory and expectations for the quantum theory."" (Pais, Niels Bohr's Times, p. 20.). In this sense, the correspondence principle is not only an exceedingly important methodological principle, it also represents the transition to quantum mechanics and modern physics in general and it became the cornerstone of Bohr's philosophical interpretation of quantum mechanics which later would be closely tied to his thesis of complementarity and to the Copenhagen interpretation. Another version of the correspondence principle lives on in philosophical literature where it has taken form as a more general concept representing a development of new scientific theories.""By 1918 Bohr had visualized, at least in outline, the whole theory of atomic phenomena. ... He of course realized that he was still very far from a logically consistent framework wide enough to incorporate both the quantum postulates and those aspects of classical mechanics and electrodynamics that seemed to retain some validity. Nevertheless, he at once started writing up a synthetic exposition of his arguments and of all the evidence upon which they could have any bearing" in testing how well he could summarize what was known, he found occasion to check the soundness of his ideas and to improve their formulation. In the present case, however, he could hardly keep pace with the growth of the subject the paper he had in mind at the beginning developed into a four-part treatise, 'On the Theory of Line Spectra', publication of which dragged over four years without being completed" the first three parts appeared between 1918 and 1922 [of which the two first from 1918 are offered here], and the fourth, unfortunately, was never published. Thus, the full impact of Bohr's view remained confined to the small but brilliant circle of his disciples, who indeed managed better than their master to make them more widely known by the prompter publication of their own results"" (D.S.B. II: 246-47).Inscribed to ""Hr. Docent D. la Cour/ Venskabeligst/ fra/ Forfatteren"" on both front wrappers. The renowned Danish physicist and meteorologist Dan la Cour (1876-1942), was the son of the great Poul la Cour (1846-1908), who is considered the ""Danish Edison"". Dan la Cour was the assistant of Niels Bohr's father, Christian Bohr, and a well known scientist. From 1903, he was head of the department of the Meteorological Institute, and from 1923 leader thereof. From 1908 he was Associate Professor at the Polytechnic College. His original scientific works are highly respected, as are his original apparati for measuring earth magnetism which are considered highly valuable. ""His original intelligence, which in many ways resemble that of his father, also bore fruit in his patenting of various inventions: the ""Pyknoprobe"", developed to quickly determine the different layers of the sea"" a use of termite in quickly heating food and drinks out in the open under unfavourable weather conditions."" (From the Danish Encyclopaedia - own translation). He wrote a number of important and esteemed works and was member of the Danish Scientific Academy as well as many prominent international scientific commissions of meteorology and geophysics (i.e. president of the International Geodetical and Geophysical Union). He was also honorary Doctor at the George Washington University. Rosenfeld, Bohr-Bibliography, 15.‎

‎Correspondence Between the Chairman of the Council of Ministers of the U.S.S.R. and the Presidents of the U.S.A. and the Prime Minister of Great Britain during the Great Patriotic War of 1941-1945.‎

‎Moscow, Foreign Languages Publishing House, 1957, 2 vol. in-8, bradel skivertex vert foncé, 400 et 302 pp. (SC29A) ‎

‎ - Tome 1. Correspondence with Winston S. Churchill and Clement R. Attlee (July 1941-November 1945) - Tome 2. Correspondence with Franklin D. Roosevelt and Harry S. Truman (August 1941-December 1945). Marque d'appartenance manuscrite à l'encre bleue . Texte en anglais. ‎

‎A. B. Zakharov Commercial Correspondence. In Russian (ask us if in doubt)/Zakhar‎

‎A. B. Zakharov Commercial Correspondence. In Russian (ask us if in doubt)/Zakharov A. B. Kommercheskaya korrespondentsiya. In an identical case the presented rare edition published in Tiflis in 1913 sets out in detail the course of commercial correspondence of science taught in commercial schools both now and in pre-revolutionary Russia. This guide by Alexander Bogdanovich Zakharovich a lecturer at the Tiflis School of Commerce is published in the series The Public Library. Commercial correspondence is the basis of all trade especially since any more or less significant business begins with commercial correspondence is accompanied and ends with it. We have thousands of titles and often several copies of each title may be available. Please feel free to contact us for a detailed description of the copies available. SKUalb0334577512f63972‎