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Century Hutchinson (10/2023)
Reference : SVALIVCN-9781529913514
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5 book(s) with the same title
De Rerum Natura iuxta propria principia, Liber Primus, & Secundus, denuò editi. - [THE MANIFESTO OF NATURAL PHILOSOPHY - DEFINING ""SPACE"" FOR THE FIRST TIME PROPER]
Napoli, Apud Iosephum Cacchium, 1570. 4to. Contemporary limp vellum with handwritten title to spine. Remains of old paper-labels to top and bottom of spine. Spine with loss of ab. 3x2 cm. of vellum to middle, not affecting the book block, which is sound and fine underneath. Some soiling to binding, but all in all fine and unrestored, albeit a bit loose. Some brownspotting to title-page (not heavy), otherwise just a bit of scattered brownspotting. All in all internally very nice and clean, and with good, wide margins. Old owner's name (Juliani Riccii) to front free end-paper and title-page, which also has his inventory number in neat hand: ""no/ 634""). Telesio's woodcut title-device (a beatiful naked woman, all alone, far from the troubles of the world, illuminated by the sun, surrounded by a border carrying the saying in Greek: ""mona moi fila"" - presumably depicting the goddess of Truth), and numerous lovely, illustrated woodcut initials throughout. 95 ff.
The rare and important first edition thus, being the much enlarged (by treatises on specific questions of natural philosophy) and revised second edition and the first edition under the canonical title ""De Rerum Natura"" (clearly referring to Lucretius's great work), of Telesio's revolutionizing main work, which established a new kind of natural philosophy and earned him the reputation as ""the first of the moderns"" (Francis Bacon). The work is a manifesto for natural philosophy emancipated from peripatetic rationalism, expressed clearly in the subtitle to the first book of the work: ""the structure of the world and the nature and magnitude of bodies contained in itare not to be sought from reason, as the ancients did"" they must be perceived from sensation and treated as being things themselves."" (translation of the Latin of the present work, p. 2). ""Taken as a whole, the book is a frontal assault on the foundations of Peripatetic philosophy accompanied by a proposal for replacing Aristotelianism with a system more faithful to nature and experience."" (Copenhaver & Schmitt, p. 311). Telesio's ""De Rerum Natuna"" constitutes one of the first serious attempts to replace Aristotle's natural philosophy, and his seminal, novel theory of space and time anticipates Newton's absolute time and absolute space. It furthermore even seems that it is in the present work that the word ""space"" (""spatium"") is used for the first time to determine what we now mean by space - thus Telesio has here created an entirely new terminology for one of the single most important phenomenons within physics, astronomy, philosophy, etc., giving to it a terminological precision that is unprecedented and which has influenced the entire history of science and philosophy. ""[i]n some of his characteristoc theories, Telesio appears as a direct or indirect forerunner of Newton and Locke."" (Kristeller, Eight Philosophers, p. 107). ""Bernardino Telesio (1509-1588) belongs to a group of independent philosophers of the late Renaissance who left the universities in order to develop philosophical and scientific ideas beyond the restrictions of the Aristotelian-scholastic tradition. Authors in the early modern period referred to these philosophers as 'novateurs' and'modern'. In contrast to his successors Patrizzi and Campanella, Telesio was a fervent critic of metaphysics and insisted on a purely empiricist approach in natural philosophy-he thus became a forerunner of early modern empiricism. He had a remarkable influence on Tommaso Campanella, Giordano Bruno, Pierre Gassendi, Francis Bacon, Thomas Hobbes and authors of the clandestine Enlightenment like Guillaume Lamy and Giulio Cesare Vanini."" (SEP).Telesio was born in Cosenza ""and in a sense he opens the long line of philosophers through which the South of Italy has asserted its Greek heritage, a line that links him with Bruno and Campanella, with Vico in the eighteenth century, and with Croce and Gentile in our own time."" (Kristeller, Eight Philosophers, p. 97). He was educated by his uncle, the humanist Antonio Telesio, in Milan and Rome, and he studied philosophy and mathematics at the university of Padua, where he got his doctorate in 1535. He had a great respect for the famous Aristotelian Vicenzo Maggi, with whom he discussed his magnum opus, obtaining his approval before publishing the seminal second version of it in 1570. He was closely connected not only with Maggi, but also with the other leaders of the most intelligent and official Aristotelianism of his age. But Telesio opposes the Aristotelianism of both his own and earlier times, claiming that they all erected arbitrary systems that consisted of a strange mixture of reason and experience. They created their systems without consulting nature, and thus they merely obtained arbitrary ideas of the world. What separates Telesio and his contemporaries from the great Renaissance thinkers that had gone ahead is not merely the passing of a few decades, but the emergence of a completely different intellectual atmosphere. ""The tradition of medieval thought, which was still felt very strongly in the fifteenth century and even at the beginning of the sixteenth, began to recede into the more distant background, and it was now the tbroad thought and learning of the early Renaissance itself which constituted the tradition by which the new generations of thinkers were shaped, and against which their immediate reactions were directed."" (Kristeller, Eight Philosophers, p. 91). Telesio belongs to a group of thinkers that we call the Renaissance philosophers of nature. They are considered a group by themselves, different from the humanists, Platonists, and Aristotelians that we usually group other Renaissance thinkers into. What distinguished these philosophers of nature, however, was not a different subject matter from that of the Aristotelians and the Platonists (of both contemporary and earlier times), but their clear claim to explore the principles of nature in an original and independent way, tearing themselves loose of an established tradition and authority that kept them in binds. They formulated novel theories andfreed themselves from the ancient philosophical authorities, especially Aristotle, who had dominated philosophical speculation, not least natural philosophy, for centuries. Telesio, of course, did not stand alone in this group of bold, original thinkers that we call the Renaissance philosophers of nature, and whose quest it was to make new discoveries and to attain knowledge unaccessible to the ancients, it also included for instance Fracastoro, Cardano, Paracelsus, and Bruno. But Telesio in particular protrudes, as his thought is distinguished by such clarity and coherence, and his ideas anticipate important aspects of later philosophy and science. His magnum opus, the extremely influential ""De Rerum Natura"", is that which by far best expresses his novel thoughts and that which most profoundly influenced the thought, philosophy, and science of the cnturies to come. ""[b]y 1547 his ideas seem to have been in public circulation, and within a few years he was at work on his first treatise ""On the Nature of Things According to Their Own Principles"", one of the more incisisve titles in Renaissance philosophy and a clear allusion to Lucretius. [...] Pressed by his followers, he published the original two book version of ""De rerum natura"" [the title of this being ""De Natura iuxta propria principia liber""] in 1563 [recte: 1565], having previously testing the soundness of his arguments in conversations with Vincenzo Maggi, a noted Paduan Peripatetic. Another edition followed in 1570" in 1575 Antonio Persio gave public lectures on the Telesian system in Venice, Padua, Bologna, and the south" and in 1586 appeared the definitive expansion to nine books. The author died two years later in Cosenza."" (Copenhaver & Schmitt, p. 310). In the preface to the work, Telesio rejects Aristotle's doctrine as being in conflict with the senses, with itself, and with the Scriptures, and he claims that his own doctrine is free from these defects. As we have seen above, in the introduction, or sub-title to the first book, he furthermore insists that unlike his predecessors, he has followed nothing but sense perception and nature. He then proceeds to expound the principles of his natural philosophy, positing heat and cold as the two active principles of all things, and matter as a third, passive, principle. Having developed and applied these principles, he concludes the first work with a very interesting treatment of space and time. After having set forth his own position, he examines and refutes the views of earlier philosophers, expecially those of Aristotle, whom he considers superior to all others. ""So far as Telesio's relation to Aristotle is concerned, we must admit that he shows considerable independence, both in his own theories and in his detailed criticism of Aristotle's views, and this independence is more valuable since it is based not on ignorance, but on a thorough knowledge of the Aristotelian writings, and is accompanied by a genuine respect for the relative merits of Aristotelianism."" (Eight Philosophers, pp. 101-2). The only sources apart from Aristotle that Telesio quotes at length are medical, i.e. Hippocrates and Galen, from which he got his notions of human physioglogy. He does, however, draw upon other sources, borrowing notions, though not quotiong them (e.g. Fracastoco, the Epicureans, the Stoics, the Neoplatonists, Ficino). ""These apparent borrowings from various sources should certainly not be overlooked, but one's final impression is that in transforming and combining these ideas, and in formulating some important new ones, Telesio was remarkably original. In his cosmology, the role assigned to heat, cold, and matter is chiefly of historical interest, since it is one of the first serious attempts to replace Aristotle's natual philosophy. We may give him credit, too, for apparently doing away with the sharp disinction between celestial and terrestrial phenomena, which was one of the chief weaknesses of the Aristotelian system. Of greater significance are his theories of the void, and of space and time. His assertion of an empty space was in a sense a return to the position of the ancient atomoists, which Aristotle had tried to refute"" this position must have been known to Telesio, from Lucretius and also from Aristotle himself, but the evidence on which he based himself was partly new and, so to speak, experimental.Still more important is his theory of space and time. Whereas Aristotle had defined time as the number or measure of motion, thus making it dependent on motion, Telesio regards time as independent of, and prior to, motion, like an empty spectacle. He thus moves a long step away from Aristotle in the direction of Newton's absolute time. In the case of space, the change in conception is even more interesting. The Greek term ""Topos"", which we often translate as space has the primary meaning of place, and Aristotle's theory that the ""topos"" of the contained body is the limit or border of its containing body makes much better sense when we translate ""topos"" as place rather than space. Telesio seems to be aware of this ambiguity, for he uses not only the term ""locus"", which had been the standard Latin translation of Aristotle's ""topos"", but also ""spatium"", which is much more appropriate for his notion of an empty space in which all bodies are contained. Thus he again moves away from Aristotle in the direction of Newton's absolute space"" but, more than this, I am tempted to believe that it was Telesio himself who gave terminological precision to the word ""spatium"" (space) and substituted it for ""locus"", a usage for which I do not know any earlier clear instances"". (Kristeller, Eight Philosophers, pp. 103-4).Telesio's theories and entire world-view proved to be extremely influential, and his is considered a forerunner - directly as well as indirectly - of not only Newton and Locke, but also Descartes and Bacon, and a strong direct influence on Bruno, Campanella, and Patrizi. ""Telesio dedicated his whole life to establishing a new kind of natural philosophy, which can be described as an early defense of empiricism bound together with a rigorous criticism of Aristotelian natural philosophy and Galenic physiology. Telesio blamed both Aristotle and Galen for relying on elaborate reasoning rather than sense perception and empirical research. His fervent attacks against the greatest authorities of the Western philosophical and medical traditions led Francis Bacon to speak of him as ""the first of the moderns"" (Opera omnia vol. III, 1963, p. 114). He was perhaps the most strident critic of metaphysics in late Renaissance times. It was obviously due to his excellent relationships with popes and clerics that he was not persecuted and was able during his own lifetime to publish his rather heterodox writings, which went on the index shortly after his death."" (SEP)""Giordano Bruno speaks of the ""giudiciosissimo Telesio"" in the third dialog of ""De la causa"", whilst Francis Bacon based his own speculative philosophy of nature on a blend of Telesian and Paracelsian conceptions (Giachetti Assenza 1980" Rees 1977 1984). Thomas Hobbes followed Telesio in the rejection of species (Schuhmann 1990" Leijenhorst 1998, p. 116ff.) The physiology of René Descartes in ""De homine"" shows close similarities to Telesio's physiological theories as they are presented in ""De natura rerum"" (Hatfield 1992). Telesio also had some influence on Gassendi and on libertine thinkers (Bianchi 1992)."" (SEP)""His sense of empirical science, which included progressive ideas on space, vacuum, and other physical topics, grew out of a disenchanted world-view remarkable for its hard-headed clarity."" (Copenhaver & Schmitt, p. 314). Adams: T:292"" Thorndyke: VI:370-71.Paul Oskar Kristeller: ""Eight Philosophers of the Italian Renaissance"", 1964"" ""Renaissance Thought and its Sources"", 1979.Eugenio Garin: ""Italian Humanism. Philosophy and Civic Life in the Renaissance, 1965Copenhaver & Schimtt: ""Renaissance Philosophy"", 1992. Ernst Cassirer: ""Individuum und Kosmos in der Philosophie der renaissance"", 1927.D.S.B. XIII:277-80. (""Telesio also introduced concepts of space and time that anticipated the absolute space and time of Newtonian physics"").
"MINKOWSKI, H. (HERMANN). - THE UNIFICATION OF SPACE AND TIME (PMM 401).
Reference : 52692
(1909)
Raum und Zeit. (Space and Time). Vortrag von der 80. Naturforscherversammlung zu Köln.
Leipzig, S. Hirzel, (1909). 4to. Bound with orig. printed wrappers in fine later hmorocco. (Bound by Anker Kyster Eftf. 1968). Titlelabel in leather with gilt lettering on frontcover. Offprint (Sonderabdruck) from ""Physikalische Zeitschrift"", 10. Jahrgang. No. 3. Seite 104-111, here paginated as offprint pp. 1-8 and with textfigs. Clean and fine.
First edition - in the scarce offprint-issue - of this milestone paper where Minkowski was the first to conceive that the relativity principle formulated by Lorentz and Einstein led to the abandonment of the concept of space and time as separate entities and to their replacement by a fourdimensional ""space-time"", THE SPACE-TIME CONTINUUM. In the opening passage Minkowski declared: ""Henceforth, space by itself, and time by itself, are doomed to fadeaway in the shadows, and only a kind of union of the two will preserve an independent reality.""The work was simultaneously published in ""Jahresberichte der Deutschen Mathematiker-Vereinigung"". Leipzig 1909, in ""Verhandlungen der Gesellschaft Deutscher Naturforscher und Ärzte"". Leipzig, 1909 (a shorter version) and as here.The paper was read 20th of September 1908 at a Conference in Cologne only a few months before his death. Here ""he introduced the notion that made possible the expansion of the Relativity Theory of Einstein from its specific to its general form. The technical description of Minkowski's hypothesis is the four-dimensional Space-time continuum.... Minkowski's space-time hypothesis was in effect a restatement of Einstein's basic principle in a form that greatly enchanced its plausability and also introduced importent new developments. Hitherto natural phenomena had been thought to occur in a space of three dimensions and to flow uniformly through time. Minkowski maintained that the separation of space and time is a false conception"" thet time is itself a dimension, comparable to lenght, breadth and height: and that therefore the true conception of reality was constituted by a space-time continuum possessing these four dimensions. This strongly reinforced Einstein's objections to absolute concepts and supported his view of the relativity of events in nature."" (PMM No. 401).
Der Raum. Ein Beitrag zur Wissenschaftslehre. - [SPACE - CARNAP'S FIRST PUBLICATION]
Berlin, Reuther & Reichard, 1922. 8vo. Uncut in the original grey printed wrappers w. very neat professional repairs to inner hinges and to capitals. Printing on spine nearly fully intact. A very faint waterstaining to upper corner throughout, otherwise a very good, nice and clean copy of a publication, which in itself is quite fragile. 87 pp.
First edition of Carnap's first publication, his doctoral dissertation. Printed in Kant-Studien, Ergänzungshefte, Nr. 56. Issued by H. Vaihinger, M. Frischeisen-Kähler and A Liebert. Rudolf Carnap (born 1891 in Ronsdorf, Germany, died 1970 in Santa Monica, California) was an immensely influential analytic philosopher, who has contributed decisively to the fields of logic, epistemology, semantics, philosophy of science, and philosophy of language. He was one of the leading figures of the Vienna Circle, and a prominent logical positivist. He studied philosophy, physics and mathematics at the universities of Berlin and Freiburg, and worked at the universities of Jena, Vienna and Prague until 1935, when he, due to the war, emigrated to the U.S., where he became an American citizen in 1941. In America he became professor of the University of Chicago. In Jena he was appointed Professor of Mathematics, though his main interest at that time was in physics. By 1913 he planned to write his dissertation on thermionic emission, but this was interrupted by World War I, where he served at the front until 1917. Afterwards he studied the theory of relativity under Einstein in Berlin, and he developed the theory for a new dissertation, namely on an axiomatic system for the physical theory of space and time. He thus ended up writing the important dissertation under the direction of Bouch on the theory of space (Raum) from a philosophical point of view. The dissertation was submitted in 1921, and, due to the clear influence from Kantian philosophy, it was published the following year in this supplement to the ""Kant-Studien"". After the publication of his first work, Carnap's involvement with the Vienna Circle began to develop. He met Reichenbach in 1923 and was introduced to Moritz Schlick in Vienna, where he then moved to become assistant professor at the university. He soon became one of the leading members of the Vienna Circle, and in 1929 he, Neurath, and Hahn wrote the manifest of the Circle.As the title indicates, ""Der Raum"" deals with the philosophy of space. Partly influenced by Husserl, under whom he studied at Freiburg, Carnap poses the question whether our knowledge of space is analytic, synthetic a priori or empirical. His answer is that it depends on what is meant by ""space"", and thus differentiates between three kinds of theories of space: Formal (which is analytic [a priori]), intuitive (which is synthetic a priori), and physical (which is empirical [or synthetic aposteriori]). He compares this division of space with that of geometry into: projective, metric and topological. This, of course, anticipates much of his later philosophy, and some of his theories developed in this paper became the official position of logical empiricism on the philosophy of space. In this work he also develops a formal system for space-time topology, which became quite influential.
Der Raum. Ein Beitrag zur Wissenschaftslehre. - [SPACE - CARNAP'S FIRST PUBLICATION]
Berlin, Reuther & Reichard, 1922. 8vo. Original grey printed wrappers w. very minor loss to capitals. Printing on spine nearly fully intact. Internally near mint. A very good, nice and clean copy of a publication, which in itself is quite fragile. 87 pp.
First edition of Carnap's first publication, his doctoral dissertation. Printed in Kant-Studien, Ergänzungshefte, Nr. 56. Issued by H. Vaihinger, M. Frischeisen-Kähler and A Liebert. Rudolf Carnap (born 1891 in Ronsdorf, Germany, died 1970 in Santa Monica, California) was an immensely influential analytic philosopher, who has contributed decisively to the fields of logic, epistemology, semantics, philosophy of science, and philosophy of language. He was one of the leading figures of the Vienna Circle, and a prominent logical positivist. He studied philosophy, physics and mathematics at the universities of Berlin and Freiburg, and worked at the universities of Jena, Vienna and Prague until 1935, when he, due to the war, emigrated to the U.S., where he became an American citizen in 1941. In America he became professor of the University of Chicago. In Jena he was appointed Professor of Mathematics, though his main interest at that time was in physics. By 1913 he planned to write his dissertation on thermionic emission, but this was interrupted by World War I, where he served at the front until 1917. Afterwards he studied the theory of relativity under Einstein in Berlin, and he developed the theory for a new dissertation, namely on an axiomatic system for the physical theory of space and time. He thus ended up writing the important dissertation under the direction of Bouch on the theory of space (Raum) from a philosophical point of view. The dissertation was submitted in 1921, and, due to the clear influence from Kantian philosophy, it was published the following year in this supplement to the ""Kant-Studien"". After the publication of his first work, Carnap's involvement with the Vienna Circle began to develop. He met Reichenbach in 1923 and was introduced to Moritz Schlick in Vienna, where he then moved to become assistant professor at the university. He soon became one of the leading members of the Vienna Circle, and in 1929 he, Neurath, and Hahn wrote the manifest of the Circle.As the title indicates, ""Der Raum"" deals with the philosophy of space. Partly influenced by Husserl, under whom he studied at Freiburg, Carnap poses the question weather our knowledge of space is analytic, synthetic a priori or empirical. His answer is that it depends on what is meant by ""space"", and thus differentiates between three kinds of theories of space: Formal (which is analytic [a priori]), intuitive (which is synthetic a priori), and physical (which is empirical [or synthetic aposteriori]). He compares this division of space with that of geometry into: projective, metric and topological. This, of course, anticipates much of his later philosophy, and some of his theories developed in this paper became the official position of logical empiricism on the philosophy of space. In this work he also develops a formal system for space-time topology, which became quite influential.
Der Raum. Ein Beitrag zur Wissenschaftslehre. - [SPACE - CARNAP'S FIRST PUBLICATION]
Berlin, Reuther & Reichard, 1922. 8vo. Bound in a newer full brown immitated calf w. gilt title to spine. 87 pp.
First edition of Carnap's first publication, his doctoral dissertation. Printed in Kant-Studien, Ergänzungshefte, Nr. 56. Issued by H. Vaihinger, M. Frischeisen-Kähler and A Liebert. Rudolf Carnap (born 1891 in Ronsdorf, Germany, died 1970 in Santa Monica, California) was an immensely influential analytic philosopher, who has contributed decisively to the fields of logic, epistemology, semantics, philosophy of science, and philosophy of language. He was one of the leading figures of the Vienna Circle, and a prominent logical positivist. He studied philosophy, physics and mathematics at the universities of Berlin and Freiburg, and worked at the universities of Jena, Vienna and Prague until 1935, when he, due to the war, emigrated to the U.S., where he became an American citizen in 1941. In America he became professor of the University of Chicago. In Jena he was appointed Professor of Mathematics, though his main interest at that time was in physics. By 1913 he planned to write his dissertation on thermionic emission, but this was interrupted by World War I, where he served at the front until 1917. Afterwards he studied the theory of relativity under Einstein in Berlin, and he developed the theory for a new dissertation, namely on an axiomatic system for the physical theory of space and time. He thus ended up writing the important dissertation under the direction of Bouch on the theory of space (Raum) from a philosophical point of view. The dissertation was submitted in 1921, and, due to the clear influence from Kantian philosophy, it was published the following year in this supplement to the ""Kant-Studien"". After the publication of his first work, Carnap's involvement with the Vienna Circle began to develop. He met Reichenbach in 1923 and was introduced to Moritz Schlick in Vienna, where he then moved to become assistant professor at the university. He soon became one of the leading members of the Vienna Circle, and in 1929 he, Neurath, and Hahn wrote the manifest of the Circle.As the title indicates, ""Der Raum"" deals with the philosophy of space. Partly influenced by Husserl, under whom he studied at Freiburg, Carnap poses the question weather our knowledge of space is analytic, synthetic a priori or empirical. His answer is that it depends on what is meant by ""space"", and thus differentiates between three kinds of theories of space: Formal (which is analytic [a priori]), intuitive (which is synthetic a priori), and physical (which is empirical [or synthetic aposteriori]). He compares this division of space with that of geometry into: projective, metric and topological. This, of course, anticipates much of his later philosophy, and some of his theories developed in this paper became the official position of logical empiricism on the philosophy of space. In this work he also develops a formal system for space-time topology, which became quite influential.
