2557 risultati
1976rif. 233662University Park Press 1976 hardback book and dust jacket in very good to near fine conditionname stamped on page edges3 sideslight edgewear to dj. 1st Edition. Hardcover. Very Good/Very Good. University Park Press hardcover
1924rif. 78904London: Methuen & Company 1924. First edition of this classic account of Born's analysis and interpretation of Einstein's theory of relativity. Octavo original cloth frontispiece of Einstein. Signed by Max Born on the verso of the frontispiece. Translated by Henry L. Brose. Very good in a very good dust jacket. Housed in a custom half morocco clamshell box. First editions are uncommon signed examples rare. Einstein's Theory of Relativity is a book in which one great mind explains the work of another great mind in terms comprehensible to the layman is a significant achievement. This is such a book. Max Born was awarded the Nobel Prize in 1954 and was one of the world's great physicists: in this work he analyzes and interprets the theory of Einsteinian relativity. The result is undoubtedly the most lucid and insightful of all the books that have been written to explain the revolutionary theory that marked the end of the classical and the beginning of the modern era of physics. Born follows a quasi-historical method of presentation. The book begins with a review of the classical physics covering such topics as origins of space and time measurements geometric axioms Ptolemaic and Copernican astronomy concepts of equilibrium and force laws of motion inertia mass momentum and energy Newtonian world system absolute space and absolute time gravitation celestial mechanics centrifugal forces and absolute space laws of optics the corpuscular and undulatory theories speed of light wave theory Doppler effect convection of light by matter electrodynamics including magnetic induction electromagnetic theory of light electromagnetic ether electromagnetic laws of moving bodies electromagnetic mass and the contraction hypothesis. Born then takes up his exposition of Einstein's special and general theories of relativity discussing the concept of simultaneity kinematics Einstein's mechanics and dynamics relativity of arbitrary motions the principle of equivalence the geometry of curved surfaces and the space-time continuum among other topics. Born then points out some predictions of the theory of relativity and its implications for cosmology and indicates what is being sought in the unified field theory. This work steers a middle course between vague popularizations and complex scientific presentations. This is a careful discussion of principles stated in thoroughly acceptable scientific form yet in a manner that makes it possible for the reader who has no scientific training to understand it. Only high school algebra has been used in explaining the nature of classical physics and relativity and simple experiments and diagrams are used to illustrate each step. The layman and the beginning student in physics will find this an immensely valuable and usable introduction to relativity. Methuen & Company hardcover
1925rif. 16932Amsterdam, Paris, 1925. Gr. 8°, 80 Seiten. Orig.Karton.
2015rif. 75851Selbstverlag, 2015. Warum wir die beste Idee des 20. Jahrhunderts übersehen haben 255 S. Paperback / kartonierte Ausgabe
1980rif. 1113503Frankfurt am Main ; Wien ; Zürich : Büchergilde Gutenberg, 1980. 201 S. : Ill., graph. Darst. ; 24 cm. Originalleinen mit illustr. Schutzumschlag.
1980rif. 4000046ABFrankfurt, Umschau, 1980. 201 S. Orig.-Leinwand mit Orig.-Umschlag.
1993rif. PHI10562Hamburg. Rowohlt. 1993. 190 Seiten. Register. Original-Pappband. Original-Schutzumschlag. Sehr gut erhalten.
2013rif. 61915Berlin, Heidelberg : Springer, 2013. Spezielle und Allgemeine Relativitätstheorie für interessierte Einsteiger und zur Wiederholung XV, 292 S. (23,5 cm) Broschierte Ausgabe
2005rif. 22812CBMünchen, Bertelsmann, 2005. 8°, 351 S. mit s/w-Abbildungen original Pappband (Hardcover), original Schutzumschlag, deutsche Erstausgabe Schutzumschlag vorderseitig an oberer Ecke mit ca. 4cm Anriss (sauber mit säurefreiem Filmoplast hinterlegt), Schutzumschlag an den Kanten ein wenig beschabt und minimal angerändert, sonst schönes, sauberes Exemplar
1921rif. 113306Innsbruck: Tyrolia. 1921.
1921rif. 177683Langensalza, Hermann Beyer & Söhne, 1921. 44, XIX S. OBr. Lichtrandig. (Friedrich Mann's Pädagogisches Magazin; H. 823)
1999rif. 72748Stuttgart: B.G. Teubner, 1999. Illustrationen zum Wechselspiel von Geometrie und Physik 256 S. (24 cm) illustrierter Pappband / gebundene Ausgabe
1997rif. 19754ABHeidelberg, Berlin, New York, Spektrum Akademischer Verlag, 1997. 24 cm, 198 Seiten, mit vielen Illustrationen und graphischen Darstellungen, kartoniert. Einband mit leichten Gebrauchsspuren, zwei Seiten mit Eckknicken, gute Erhaltung.
2001rif. 55821Reinbek bei Hamburg : Rowohlt (rororo 60934), 2001. Fünf Schriften, die die Welt der Physik revolutionierten 217 S. Taschenbuch
1997rif. 69269Cambridge University Press, 1997. XII, 291 SS. mit vielen Abbildungen. Gr.-8°, Illustrierte Original-Broschur.
1984rif. 56881New York, Avon Books, 1984. 878 S. Taschenbuch
1971718p., illus. Hardcover Very good condition, light glass stain on front cover
2005A. GENOVESI Einstein: scienza e società. Novara, Fondazione Achille e Giulia Boroli 2005 italian, 207 SC226O Brossura editoriale, volume come nuovo, copertina e interno in condizioni eccellenti, legatura salda, illustrato in b\n 207 pagine circaCopertina come da foto
rif. 184029/9/54. The fullest summation we have seen by Einstein comparing relativity to Newtonian concepts of space and time Immanuel Kant took both Euclidean geometry and the Newtonian laws of motion to be synthetic a priori principles which from Kant’s point of view function as necessary presuppositions for applying our fundamental concepts of space time matter and motion to our sensible experience of the natural world meaning they are fixed necessary conditions. This idea rested on the absolute nature of space and time the work of Newton and the relationship between geometry and physics. In 1905 while a young patent clerk and physicist in Bern Switzerland Albert Einstein obtained his doctorate and published a paper that explained his newly developed Special Theory of Relativity. This unlocked many mysteries of the universe and introduced the world to ""e=mc2"" equating mass and the speed of light with energy. It established that time and space are not fixed and in fact change to maintain a constant speed of light regardless of the relative motions of sources and observers. Just 10 years later in 1915 Einstein published his General Theory of Relativity which described the universe as a four-dimensional continuum with time added as the fourth dimension where gravitational effects are explained by the warping of space-time. In this theory Einstein incorporated gravity as a geometric property of space-time. The impact of Einstein's work between 1905 and 1915 challenged many principles of physics that had been accepted for centuries. In 1921 he won the Nobel Prize for his work. Time Magazine named him the Person of the Century for the 20th century for his discoveries in relativity and space-time. Einstein is the most important scientist since Isaac Newton and probably the most famous in history. Space and time were considered relativistic more subjective and not the fixed a priori notions that had long permeated the mathematical and scientific worlds. Max Fischler was a California scientist who was interested in the implications of this distinction: were space and time now to be studied together in this context only or were the nature of space and the nature of time different In special relativity what appears simultaneous to one person might not to another - they are relative. You cannot separate space and time; they occur subjectively and semi-dependently but are not tied to the content of that space. With General Relativity space-time remains but matter warps it. It's a field like the sheet of a trampoline but reacts to matter. One needs all four dimensions of space-time and without them the others don't exist. You need matter for space. On September 5 1954 he wrote to Einstein: "".Can anything in your theory of Relativity be said to throw new light on the nature of space and time themselves Or must we rest satisfied with the purely new logical treatment of these conceptions In other words does the new view of space and time as space-time carry any new meaning ontologically beyond the purely mathematical and logical relationship between the two. Or to put it differently: When Minkowski in his famous words said 'Space by itself and time by itself must not sink into the mere shadows and only a kind of union of the two can preserve an independent existence' did he not attach some new real meaning to the 'spacetime' which the old independent notions of space and time could not convey If so in what does this new meaning consist."" Four days later Einstein replied in this letter: Typed letter signed in German on his personal blind embossed letterhead Princeton September 9 1954 to Max Fishler. ""The expression cited in the second paragraph only signifies the wish for logical clarity in the formal expressions. De facto the justification for concepts lies in their ability to comprehend the empirically given. ""In classical mechanics space and time were completed existences which had to be presupposed as real a priori in order to give meaning to the laws of motion. It was a reality in the same sense as the reality of matter; even governing the latter. In this sense Kant was entirely wrong. ""The case was the same as regards the Special Theory of Relativity only that an objective separation of space and time was abandoned in the sense that there could no longer be any objective simultaneity. Here too the four dimensional space is a reality independently of the physical content of space. ""Regarding the General Theory of Relativity however this is principally different. What we call ""space"" is here only an extension of a Field dimensionality hence no longer independent of the content of space. It is real in the same sense as matter but has no real existence independently of matter. When the field is taken away there does not remain any space but just nothing.” Letters of Einstein directly relating to relativity are increasingly uncommon and this is one of the finest such letters we have had. unknown books
1958rif. 33773Sporosky 1958. Flexible Covers. Very Good. Flexible Covers. Flexible green cloth boards with gilt title in Japanese to spine. Creasing to covers and spine. Housed in a beige cardboard slipcase with Japanese titling to spine and front panels. Wear and browning to case. All text in Japanese with one page in Russian. Includes several photographic illustrations many equations and a few diagrams. Foxing to fore-edge of textblock. Clean interior overall; however some passages have been underlined in pen. 339 pages. SCI/010220. (Sporosky) unknown books
1955Lots of pictures of Einstein with accompanying notes plus letters, documents and newspaper accounts. 126 pages. Browning to free endpapers. Short inscription at top of front free endpaper.
1979rif. 311182Cambridge: Harvard University Press 1979. hardcover. fine/fine. Edited by A.P. French. Illustrated throughout with black and white photographs and diagrams. xx 332 pages. Tall 8vo red cloth d.w. Cambridge: Harvard University Press 1979. A fine copy in a fine dust wrapper. Harvard University Press unknown books
1954Biography of the great scientist Albert Einstein, (1879-1955) published in time for his 75th birthday. The author knew Einstein and his family for many years. 219 pages. Dust jacket a little soiled and darkened on spine with tear on joint of back cover.
rif. 184029/9/54. The fullest summation we have seen by Einstein comparing relativity to Newtonian concepts of space and time Immanuel Kant took both Euclidean geometry and the Newtonian laws of motion to be synthetic a priori principles which from Kant’s point of view function as necessary presuppositions for applying our fundamental concepts of space time matter and motion to our sensible experience of the natural world meaning they are fixed necessary conditions. This idea rested on the absolute nature of space and time the work of Newton and the relationship between geometry and physics. In 1905 while a young patent clerk and physicist in Bern Switzerland Albert Einstein obtained his doctorate and published a paper that explained his newly developed Special Theory of Relativity. This unlocked many mysteries of the universe and introduced the world to ""e=mc2"" equating mass and the speed of light with energy. It established that time and space are not fixed and in fact change to maintain a constant speed of light regardless of the relative motions of sources and observers. Just 10 years later in 1915 Einstein published his General Theory of Relativity which described the universe as a four-dimensional continuum with time added as the fourth dimension where gravitational effects are explained by the warping of space-time. In this theory Einstein incorporated gravity as a geometric property of space-time. The impact of Einstein's work between 1905 and 1915 challenged many principles of physics that had been accepted for centuries. In 1921 he won the Nobel Prize for his work. Time Magazine named him the Person of the Century for the 20th century for his discoveries in relativity and space-time. Einstein is the most important scientist since Isaac Newton and probably the most famous in history. Space and time were considered relativistic more subjective and not the fixed a priori notions that had long permeated the mathematical and scientific worlds. Max Fischler was a California scientist who was interested in the implications of this distinction: were space and time now to be studied together in this context only or were the nature of space and the nature of time different In special relativity what appears simultaneous to one person might not to another - they are relative. You cannot separate space and time; they occur subjectively and semi-dependently but are not tied to the content of that space. With General Relativity space-time remains but matter warps it. It's a field like the sheet of a trampoline but reacts to matter. One needs all four dimensions of space-time and without them the others don't exist. You need matter for space. On September 5 1954 he wrote to Einstein: "".Can anything in your theory of Relativity be said to throw new light on the nature of space and time themselves Or must we rest satisfied with the purely new logical treatment of these conceptions In other words does the new view of space and time as space-time carry any new meaning ontologically beyond the purely mathematical and logical relationship between the two. Or to put it differently: When Minkowski in his famous words said 'Space by itself and time by itself must not sink into the mere shadows and only a kind of union of the two can preserve an independent existence' did he not attach some new real meaning to the 'spacetime' which the old independent notions of space and time could not convey If so in what does this new meaning consist."" Four days later Einstein replied in this letter: Typed letter signed in German on his personal blind embossed letterhead Princeton September 9 1954 to Max Fishler. ""The expression cited in the second paragraph only signifies the wish for logical clarity in the formal expressions. De facto the justification for concepts lies in their ability to comprehend the empirically given. ""In classical mechanics space and time were completed existences which had to be presupposed as real a priori in order to give meaning to the laws of motion. It was a reality in the same sense as the reality of matter; even governing the latter. In this sense Kant was entirely wrong. ""The case was the same as regards the Special Theory of Relativity only that an objective separation of space and time was abandoned in the sense that there could no longer be any objective simultaneity. Here too the four dimensional space is a reality independently of the physical content of space. ""Regarding the General Theory of Relativity however this is principally different. What we call ""space"" is here only an extension of a Field dimensionality hence no longer independent of the content of space. It is real in the same sense as matter but has no real existence independently of matter. When the field is taken away there does not remain any space but just nothing.” Letters of Einstein directly relating to relativity are increasingly uncommon and this is one of the finest such letters we have had. unknown
1949rif. 133215Munchen: Paul List Verlag 1949. First German edition of this classic work by Frank a famed contemporary of Einstein. Octavo original cloth. Signed by Albert Einstein on the slip to the title page and inscribed by the author on the front free endpaper "To Karl W. Deutsch with the author's compliments Philipp Frank August 10 1950." Philipp Frank was a physicist mathematician and also a philosopher during the first half of the 20th century. He was a logical-positivist and a member of the Vienna Circle. He was influenced by Mach and was one of the Machists criticised by Lenin in Materialism and Empirio-criticism. He studied physics at the University of Vienna and graduated in 1907 with a thesis in theoretical physics under the supervision of Ludwig Boltzmann. Albert Einstein recommended him as his successor for a professorship at the German Charles-Ferdinand University of Prague a position which he held from 1912 until 1938. Very good in a good dust jacket. Much has been written about Albert Einstein technical and biographical but very little remains as valuable as this unique hybrid of a book written by Einstein's colleague and contemporary. Both rich in personal insights and grounded in a deep knowledge of twentieth-century science Phillip Frank's biography anchors the reader with a lucid overview of physics and draws an intimate portrait of the Nobel Prize–winner. Paul List Verlag hardcover