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This book presents the papers delivered at the Conference on Systems and Computer Science held at the University of Western Ontario in September 1965. The primary purposes of the Conference were the promotion of research and the development of the teaching of computer science in Canadian universities. The papers focus attention on some of the concepts of Computer Science as a new field of study and at the same time provide a background for scientists looking at the subject for the first time. The chief developments in computer science have been concerned with the'applied'rather than the'pure'areas of the field: numerical analysis, applied statistics and operations research, and data processing. But there is something more to computers than the physical components and this book represents an attempt to correct the imbalance between'applied'and'pure'by drawing attention to certain theoretical aspects of computer and information science. Among the topics discussed are the theory of finite and infinite automata, aspects of formal language theory, heuristic and non-heuristic approaches to theorem proving and the mathematical formulation of the theory of general systems. There are also references to the problems of machine design, to software systems including higher-level languages, to multiple control computer models and to applied systems. This collection of papers will appeal first to graduate students and professors in Computer Science. It will also be of interest to computer scientists in industry and in government and university research groups and to the scientific public interested in discovering some of the principal ingredients and directions of the computer and information sciences.

The annual meeting of the Royal Society of Canada for 1964 was held in Charlottetown, Prince Edward Island, where one hundred years previously the first steps towards the confederation of Canada had been taken. It was fitting that this meeting should be related to various developments -- political, economic, and scientific -- in Canada during the preceding one hundred years. The scientific section of the Society presented papers dealing with the history and development of the biological sciences in Canada. As presented in this volume the papers, which represent the fruits of much original research, make an important contribution to our knowledge of the development of scientific thought in Canada, and, by their historical treatment of scientific subjects, provide a means of bridging the gap between scientists and non-scientists. Léon Lortie, in'La Trame scientifique de l'histoire de Canada'(a paper specially prepared for inclusion here) looks back on the circumstances and conditions that encouraged a restricted biological research in Canada, and W. Kanye Lamb and Thomas W.M. Cameron examine biologists and biological research since 1864. Then, distinguished scientists present biographical accounts of four Canadian biologists who have influenced scientific research in this country: G.P. Holland appraises l'Abbé Léon Provancher, a systematic entomologist, in the context of his own time and the present; Jacques Rousseau and William G. Dore discuss George Lawson, whom they call'l'oublié de l'histoire de la science canadienne,'despite his important contributions to botanical studies in Canada; C.E. Dolman presents a study of the Reverend James Bovell, M.D., a theologian, philosopher, and physician who had a strong influence on the life and career of Sir William Osler; and T.H. Clark discusses Sir John William Dawson, an outstanding palaeontologist who was especially influential in furthering the progress of geological studies in Canada during the nineteenth century. The chairman of the session was the late Dr. E.G.D. Murray, whose Introduction is included here; a Preface is provided by the Editor of the volume, G.F.G. Stanley, who is Professor of History and Dean of Arts at Royal Military College, Kingston.

The fruits of a unique cultural exchange are brought together in this unusual book. Twenty-eight of the most eminent men and women of our generation – philosophers, historians, and scientists from nineteen countries – here discuss what they consider the most vital issues of our day. Paul-Henri Spaak, Barbara Ward, Gunnar Mydral, Linus Pauling, and many others participated in the Noranda lecture series at Expo 67 in Montreal, and each is concerned here with a special aspect of Expo's theme: Man and His World. The approaches to the theme are as varied as the backgrounds of the speakers. Some of the essays give a revealing and optimistic description of the national and international efforts to ensure a future for mankind; others, less optimistic, stress the increasing insanity of the world and draw attention to the poverty, starvation, hatred, waste, and war which destroy what creative men have built. One group of papers deals with the idea of progress. André Leroi Gourhan offers a panoramic description of man's cultural evolution and sketches the vast possibilities of future development; Karl Löwith questions the very notion of progress and observes that much'progressive'development has resulted in nothing but destruction; Félix Houphouët-Boigny, president of the Ivory Coast Republic, describes progress in one section of the world – Africa, and the Ivory Coast in particular. Other lectures deal with such diverse topics as the proper role of government, the modern scientist, formal and informal aspects of education, the history of architecture, recent biological contributions of chemistry, the population explosion, new advances in physics, and the world as a separate entity from man.'The world as universe is not made by man,'Professor Löwith reminds us.'It is there, even without us, existing for and by itself.'Originally sponsored by Noranda Mines Ltd., the lectures attracted wide attention at the time of their delivery and again later when some of them were broadcast on radio and television. Collected in this book, they offer a distillation of some of the most significant thinking of today – clear and cogent presentations of ideas that have won Nobel prizes for some of their creators and international recognition for all. In her Introduction, Helen Hogg writes,'It is a book to be sipped and savoured, to be dipped into again and again. Such an approach will enable the reader best to appreciate the penetrating commentaries of some of the world's greatest figures.'

Mycologists have been searching for a better system of classification of Fungi Imperfecti than that based on mature morphology. This volume documents an intensive phase of that search. It is largely an account of the proceedings of the First International Specialists'Workshop Conference on Criteria and Terminology in the Classification of Fungi Imperfecti held at the Environmental Sciences Centre of the University of Calgary, Kananaskis, Alberta. The invited contributors, all mycologists of international reputation, have had long experience with Fungi Imperfecti. The first fifteen chapters follow the course of the conference: they reproduce the formal papers and the lively discussion which followed. Chapter 16 describes a new, experimental scheme of classification distilled from the conclusions reached at Kananaskis. Four chapters concerned with the application of this scheme and with a variety of techniques now being used to extend knowledge of the Fungi Imperfecti round out the volume. The text is illustrated throughout with numerous photographs and drawings. In editing the volume, Professor Kendrick has given the text continuity by inserting short linking passages. The result is a readable and very informative account which conveys the unique atmosphere of this important conference.

Keine ausführliche Beschreibung für'Wissenschaft und Wirtschaft bis zur industriellen Revolution'verfügbar.

Keine ausführliche Beschreibung für'Von Galilei bis Einstein'verfügbar.

Keine ausführliche Beschreibung für'MISCELLANEA ACADEMICA BEROLINENSIA II/2 MAB E-BOOK'verfügbar.

The present age is sometimes called the Scientific Age. This does not imply that every member of the community is an expert scientist—far from it. It does mean, however, that the labours of the scientists have given the age certain features which influence the life of every citizen to some degree. Accordingly it is desirable that as many as possible should have some understanding of the scientists'work, of their aims, their point of view, and their methods. If we had a wishing-rug or some sort of spare-time car that could transport us at will to any place and time, we might visit the scientists of every age, see them at work, listen to their discussions, and even take a hand in the proceedings. The wishing-rug is not available but the literature of science will serve the purpose for anyone who will do the necessary searching, reading, and thinking. Unfortunately, some of that literature is decidedly inaccessible. To meet the difficulty this book has been written in the hope of bringing some of the most important passages of the literature of science within the reach of everyone. Every past of the vast edifice of science is necessarily the work of some human being, and most of us become more interested in the building, and are able to understand and appreciate it better when we know who were the architects and builders and when, how, and why they did their work. The story of science is a noble epic of the struggle of man from ignorance toward knowledge and wisdom and toward the mastery of nature and of himself. One purpose of science is to systematize experience, and a knowledge of the story of science has helped many in that process of organization. This book, therefore, offers the reader a cordial invitation to embark on a tour of visits with great scientists to learn from them the parts they played in the advancement of science and of the human race. Here is a treasure-house of fascinating information for all who are interested in the world around us, and the history of man's understanding of it.

The Ethereal Aether is a historical narrative of one of the great experiments in modern physical science. The fame of the 1887 Michelson-Morley aether-drift test on the relative motion of the earth and the luminiferous aether derives largely from the role it is popularly supposed to have played in the origins, and later in the justification, of Albert Einstein's first theory of relativity; its importance is its own. As a case history of the intermittent performance of an experiment in physical optics from 1880 to 1930 and of the men whose work it was, this study describes chronologically the conception, experimental design, first trials, repetitions, influence on physical theory, and eventual climax of the optical experiment. Michelson, Morley, and their colleague Miller were the prime actors in this half-century drama of confrontation between experimental and theoretical physics. The issue concerned the relative motion of “Spaceship Earth” and the Universe, as measured against the background of a luminiferous medium supposedly filling all interstellar space. At stake, it seemed, were the phenomena of astronomical aberration, the wave theory of light, and the Newtonian concepts of absolute space and time. James Clerk Maxwell's suggestion for a test of his electromagnetic theory was translated by Michelson into an experimental design in 1881, redesigned and reaffirmed as a null result with Morley in 1887, thereafter modified and partially repeated by Morley and Miller, finally completed in 1926 by Miller alone, then by Michelson's team again in the late 1920s. Meanwhile Helmholtz, Kelvin, Rayleigh, FitzGerald, Lodge, Larmor, Lorentz, and Poincaré—most of the great names in theoretical physics at the turn of the twentieth century—had wrestled with the anomaly presented by Michelson's experiment. As the relativity and quantum theories matured, wave-particle duality was accepted by a new generation of physicists. The aether-drift tests disproved the old and verified the new theories of light and electromagnetism. By 1930 they seemed to explain Einstein, relativity, and space-time. But in historical fact, the aether died only with its believers.

This study is one of the first in the field of historical geography to be published in Canada. Written after exhaustive research, it uses a particular approach to the study of historical agricultural geography which concentrates on the use of basic distributional evidence for the description and interpretation of the changing character of any region through any period of time. By the analysis of over 1200 maps, some of which form part of the text of the book, Professor Clark studies agriculture as the dominant economic activity of Prince Edward Island and traces with remarkable clarity through the changing patterns of land culture throughout the province.The book begins with a description of the natural geography of the Island which, despite its small size, shows surprising variety. It goes on to prove the necessity for careful consideration of the background of habit and prejudice of groups of different origin when studying the changing geographies of land use.The settlement of the Island is traced from the time it was used as a summer campground by the Micmac Indians. Details of the arrival of the first Acadians, the transfer to British rule, and the subsequent influx of Scottish, Irish, Loyalist, and English stock are given together with evidence of the effect their coming had on the agriculture of the region. One hundred and fifty-five maps and sixteen tables to illustrate the distribution of population by area and origin, changes in kind and distribution of crops, census of livestock, etc., from the early eighteenth century to the present day, and from the days when the potato was unknown as a crop through the fur-farming era.The author presents this study as part of his life-work, a programme of research on the settlement overseas in the seventeenth, eighteenth, and nineteenth centuries of the people from the British Isles. He is descended from Prince Edward Island settlers and writes of the province from a background of personal knowledge of, and affection for, the land of his forbears.

Keine ausführliche Beschreibung für'Physikvorlesung'verfügbar.

March 16th, 1966, marked the jubilee of Commonwealth sponsored scientific research in Australia. In 1916 the Commonwealth Government set up an Advisory Council of Science and Industry. This was the culmination of an interest in scientific research which went back to the very beginning of federation and had been expressed by active attempts to bring science to the aid of agriculture. This book is an account of the developments which led up to the formation of the Advisory Council by the Hughes Government in 1916. It carries the story on to 1926, when a later Prime Minister, Mr S. M. Bruce, introduced the Bill to found the Council for Scientific and Industrial Research. In those days there were vivid contrasts in the views of scientists, politicians and men of affairs as to how science could most effectively influence the nation's future.

Science and Technology in British Politics covers the issues in science policy, which arose during 1959-1964 over British government policy and administration for supporting the advancement of science and technology. The book discusses relevant aspects of the political climate that contributed to the'politicization of science, as well as on internal pressures for reform. The text also describes the contrasting approaches of the Conservative and Labor Parties and the role of Parliament and interest groups in science policymaking. The book concludes by tackling the political discussion of science policy. The text will be useful to students of politics.

These two volumes (I Am Mathematician and Ex-Prodigy) comprise Norbert Wiener's autobiography. Sometimes with humor and sometimes with sadness, they render an account, without sentiment, of the life of the world-renowned mathematician and scientist. An unusual life story, Norbert Wiener's penetrating observations accompany the fascinating details describing the maturation of a major world scientist.

Mathematicians, science historians, and general readers will find this book a lively history; women will find it a reminder of a proud tradition and a challenge to take their rightful place in academic life today.The colorful lives of these women, who often traveled in the most avant-garde circles of their day, are presented in fascinating detail. The obstacles and censures that were also a part of their lives are a sobering reminder of the bias against women still present in this and other fields of academic endeavor. Mathematicians, science historians, and general readers will find this book a lively history; women will find it a reminder of a proud tradition and a challenge to take their rightful place in academic life today.

Keine ausführliche Beschreibung für'1969–1970'verfügbar.

Keine ausführliche Beschreibung für'1960–1962'verfügbar.

Keine ausführliche Beschreibung für'1957–1959'verfügbar.

Keine ausführliche Beschreibung für'1971–1972'verfügbar.

Keine ausführliche Beschreibung für'1692'verfügbar.

The scientists of the twelfth century were daring, original, inventive, and above all determined to discover purely rational explanations of natural phenomena. Their intense interest in the natural world for its own sake, their habits of precise observation, and the high value they place on man as a rational being portend a new age in the history of scientific thought. This book offers a comprehensive sampling of medieval scientific thought in the context of an historical narrative.

Keine ausführliche Beschreibung für'Lieferung 3'verfügbar.

Keine ausführliche Beschreibung für'Lieferung 4'verfügbar.

Keine ausführliche Beschreibung für'E. W. von Tschirnhaus und die Frühaufklärung in Mittel- und Osteuropa'verfügbar.

These proceedings report the fifth seminar and general assembly of the Canadian Mathematical Congress, with the University of Montreal as host. The first such meeting was in 1945, and it too was in Montreal with McGill University as host. In the preface to the Proceedings of the first Congress assembly there is the following statement:'It is the hope and belief of many that this Congress will be the beginning of important mathematical developments in Canada.'Le present ouvrage constitue un compte rendu du huitième séminaire biennal et du cinquième congrès de la Société Mathématique du Canada tenus à l'Université de Montréal Durant l'été 1961. Le congrès de foundation de notre Société eut lieu à Montréal en 1945 a l'Université McGill. Dans la preface des Actes de ce premier congrès, nous pouvons lire: « Nous souhaitons vivement que cette Société soit à l'origine d'importants développements mathématiques au Canada. »

John Clark tells here, with irreverent and eyewitness immediacy, the story of the search for a power packaging which could be trusted to take man into space. Against a lot of the'laws of nature,'as they used to be called, it was a hazardous enterprise with no certainty of success or safety. It is the special virtue of this narrative that it is a primary historical document. John Clark actually helped develop explosive fuels strong enough to negate the relentless restraints of gravity. He worked with and knew dozens of his peers in an enterprise which eventually took men to the moon, missiles to the planets, and satellites to outer space. It is quite a story. The reader will find here that the storyteller is as much a part of the story as the equations he occasionally uses. History like this is made by a special sort of person, and that is surely one of the virtues of John Clark's narrative. It leaves no doubt in the reader's mind that experimenting with the basic energies is not for the faint of heart. And that a sense of humor helps when the conflict between matter and energy does not proceed according to the rules. Isaac Asimov's foreword is eloquent on this point:'There are, after all, some chemicals that explode shatteringly, some that flame ravenously, some that corrode hellishly, some that poison sneakily, and some that stink stenchily. As far as I know, though, only liquid rocket fuels have all these delightful properties combined into one...Well, John Clark worked with these miserable concoctions and survived all in one piece. So read this book. You nay get a glimpse of the heroic excitement that seemed to make it reasonable to cuddle with death every waking moment - to say nothing of learning a heck of a lot about the way in which the business of science is really conducted.'

As Chief of the Bureau of Engineering, as Director of the Naval Research Laboratory, as industrial troubleshooter for Forrestal, Admiral Bowen frequently was forced to fight the'mossbacks'who stubbornly resisted new inventions and techniques. He was instrumental in the development of high-pressure high-temperature steam for ship turbines, diesel engines, radar, and other innovations which enabled our Navy to fight so successfully in World War II.Originally published in 1954.The Princeton Legacy Library uses the latest print-on-demand technology to again make available previously out-of-print books from the distinguished backlist of Princeton University Press. These editions preserve the original texts of these important books while presenting them in durable paperback and hardcover editions. The goal of the Princeton Legacy Library is to vastly increase access to the rich scholarly heritage found in the thousands of books published by Princeton University Press since its founding in 1905.

Was there a continuity between the'vigorous art and the seminal science'of the seventeenth century? How did they affect one another? Which, if either, was dominant? Four distinguished scholars explore the relation between seventeenth century science and the creative arts in a series of four essays: Introduction, by Stephen E. Toulmin of Columbia; Science and Literature, by Douglas Bush of Harvard; Science and Visual Art, by James S. Ackerman of Harvard; and Scientific Empiricism in Musical Thought, by Claude V. Palisca of Yale.Originally published in 1961.The Princeton Legacy Library uses the latest print-on-demand technology to again make available previously out-of-print books from the distinguished backlist of Princeton University Press. These editions preserve the original texts of these important books while presenting them in durable paperback and hardcover editions. The goal of the Princeton Legacy Library is to vastly increase access to the rich scholarly heritage found in the thousands of books published by Princeton University Press since its founding in 1905.

Keine ausführliche Beschreibung für'Potential der Wissenschaft'verfügbar.

Some Nineteenth Century British Scientists presents the biographies of eight British scientists who represent the state of science in the second half of the Victorian era: Charles Wyville Thomson, James Murray, Arthur Cayley, Francis Galton, William Thomson, Lord Kelvin, Norman Lockyer, Sidney Gilchrist Thomas, and William Ramsay. This book is comprised of seven chapters and begins by focusing on the contributions and achievements of Charles Wyville Thomson in the fields of natural history, marine biology, and deep-sea exploration, especially his expedition aboard H.M.S. Challenger, and of James Murray in oceanography. Subsequent chapters discuss the works of Arthur Cayley (mathematics), Francis Galton (exploration, anthropology, and eugenics), and William Thomson, Lord Kelvin (mathematical physics). The achievements of Norman Lockyer (astrophysics), Sidney Gilchrist Thomas (inventor of the Thomas-Gilchrist process for eliminating phosphorus in the Bessemer converter), and William Ramsay (chemistry) are also considered. This monograph will be a useful resource for students and scientists alike.

These two volumes (I Am Mathematician and Ex-Prodigy) comprise Norbert Wiener's autobiography. Sometimes with humor and sometimes with sadness, they render an account, without sentiment, of the life of the world-renowned mathematician and scientist. An unusual life story, Norbert Wiener's penetrating observations accompany the fascinating details describing the maturation of a major world scientist.

An analysis of Ying huan chih lueh, a work on world geography written by the Chinese official Hsu Chi-yü and published in 1848. Provides an account of Hsu's life and career and includes a translation of much of Ying huan chih lueh as well.

Gelehrte der reformierten Universität Heidelberg und der jesuitisch dominierten Universität Mainz tauschten zwischen 1583 und 1622 zahlreiche Kontroversschriften aus. In diesen Schriften befassten sich die Autoren mit zahlreichen Themenfeldern der Theologie und darüber hinaus. So wurden historiographische, juristisch-staatswissenschaftliche, philologische und auch astronomisch-mathematische Fragen ebenfalls zur konfessionellen Streitsache erhoben. Diese Konkurrenzsituation bewirkte zwar die Teilung der gelehrten Welt, regte jedoch zugleich die wissenschaftliche Betätigung an. Die Kontrahenten lasen die Schriften der Gegenseite aufmerksam und versuchten, diese in zahlreichen Publikationen zu widerlegen. Die Kontroversschriften wurden so unbeabsichtigt zu einer interkonfessionellen Verbindungsstelle der gelehrten Welt, an der sich einige Transferprozesse nachweisen lassen.

Quetico is the name of a provincial park in Northwestern Ontario, situated near the international border between Fort Frances and the Lakehead. It forms part of the vast Precambrian formation, which covers a great part of Canada. Most of what Mr. Meen says in his little book on the geological features of the park is valid for other areas and therefore tourists in other regions than Quetico will also find enjoyment and instruction in this brief, but very understandable geological treatise for the layman.

In recent decades research into the foundations of geometry has completely transformed the field and created a need for new methods of presenting geometry at the university level. Rudiments of Plane Affine Geometry develops rigorously and clearly one geometric theory accessible to the reader with no previous experience. It reflects the spirit and displays some of the basic ideas of modern geometric axiomatics. The volume is intended for undergraduates with a modest knowledge of algebra and linear algebra and provides a sound introduction to deductive geometry. (Mathematical Expositions No. 20)

Late Eighteenth Century European Scientists is an account of the remarkable progress made by European scientists at the close of the eighteenth century in the fields of chemistry, electricity, astronomy, and botany. Seven scientists are profiled: Jean Lamarck, Joseph Koelreuter, Antoine Lavoisier, Henry Cavendish, Alessandro Volta, James Watt, and William Herschel. In choosing these scientists, the book emphasizes the following considerations: the need to be representative, to show the contrast between those whose work is primarily experimental and those whose work is speculative, and to include a subject which shows the reaction of science on technology and of technology on society. Comprised of seven chapters, this book begins with Lamarck, whose views, particularly on physics and chemistry, furnish a picture of traditional science during the mid-eighteenth century. The first chapter looks at his life, writings, and work in fields ranging from meteorology and geology to botany, zoology, and evolution. The next chapter focuses on Koelreuter and his experiments on pollen, ovule, pollination, fertilization, and hybridization. The discussion then turns to Cavendish, Herschel, and Volta, who have been included in this monograph primarily because they employed observation and experiment so successfully and as a result made important discoveries. Lavoisier has been chosen on account of his genius for looking at well-known facts and fresh discoveries from a new point of view. Watt has been selected in order to show the technological and sociological difficulties that are involved in applying a new source of power to industry and commerce. This book will be of interest to both students and scientists.

Keine ausführliche Beschreibung für'Briefwechsel mit Ludwig Boltzmann, Max Planck, Georg Helm und Josiah Willard Gibbs'verfügbar.

Keine ausführliche Beschreibung für'Nicolaus Copernicus, 1473–1973'verfügbar.

By detailing the extent of foreign domination and privilege in China in the period between the first and second world wars, when the'unequal treaty'system of the nineteenth century persisted in the face of burgeoning Chinese nationalism, John Carter Vincent helps us to understand the sources of Chinese Communist resentment and conduct.

Keine ausführliche Beschreibung für'Zaphlethis – Zyzzygus'verfügbar.

This classic work in the philosophy of physical science is an incisive and readable account of the scientific method. Pierre Duhem was one of the great figures in French science, a devoted teacher, and a distinguished scholar of the history and philosophy of science. This book represents his most mature thought on a wide range of topics.

The expedition of Naval Lieutenant Lavrentiy Alekseyevich Zagoskin constitutes one of the most remarkable pages in the history of Russian exploration during the first half of the nineteenth century. It was the possibilities for the fur trade which gave the real impetus to this exploration of the interior of Alaska and to it we own a great deal for its encouragement of investigation which has benefited since the study of geography and anthropology. Lieutenant Zagoskin travelled into the depths of the Alaskan territory, and his reports were the earliest detailed accounts of the natural conditions of the country, and the distribution and life of the Indians and Eskimos. First published in Russia in 1847 and 1848, the account of Zagoskin's expedition still represents a substantial and important contribution to science, and has special importance today when western Alaska is receiving a great deal of attention from anthropologists. Made from a Russian edition of 1956, this translation will allow a new reading public to follow Lieutenant Zagoskin on his travels and see the peoples of the area drained by the Yukon and Kuskokwim Rivers at a time when their way of life was virtually unchanged by contact with Europeans. This translation makes available an outstanding source in the history of early scientific investigations in the North, and an absorbing personal document of a man's experiences in a hostile environment. An account of Zagoskin's life and works is also included. A very complete appendix containing a bibliography, a vocabulary of special, local and obsolete terms, and index of proper names, and a gazetteer concludes this volume.

Analytical mechanics is much more than an efficient tool for the solution of dynamical problems encountered in physics and engineering. There is hardly a branch of the mathematical sciences in which abstract rigorous speculation and experimental evidence go together so beautifully and support each other so perfectly. Professor Lanczos's book is not a textbook on advances mechanics. Its purpose is to formulate and explain these fundamental concepts of this exact science which started with the work of Galileo and led to the achievements of modern relativity theory and quantum theory.'There is a tremendous treasure of philosophical meaning behind the great theories of Euler and Lagrange, and of Hamilton and Jacobi, which is complete smothered in a purely formalistic treatment,'writes the author,'although it cannot fail to be a source of the greatest intellectual enjoyment to every mathematically minded person.'To give the student a chance to discover for himself the hidden beauty of these theories was one of the foremost intentions of the author. He has led the reader through the entire historical development, included problems to familiarize the student with the new concepts and illustrate the general principles involved. For the most part, however, the author's aim is not to teach the solving of problems but rather to help the reader gain insight into the structure and significance of classical mechanics. The second edition adds a new chapter,'Relativistic Mechanics.'

In the decade before 1900, the Italian mathematician Giuseppe Peano was one of the most original and influential pioneers of modern mathematical logic. He made significant contributions to the development of the foundations of mathematics and the axiomatic method (for example, his postulates for the natural numbers), dimension theory (including the space-filling curve), measure theory, vector analysis, differential equations, and the rigorization of analysis. Several of Peano's works have been translated into other languages; here for the first time is a generous selection of works translated into English. Fifteen articles, one booklet, and parts of two books and one monograph, published between 1883 and 1921, chosen with the interests of mathematicians and logicians in mind, are included. Each selection is preceded by an introductory note. The volume also contains a biographical sketch, a chronological list of Peano's publications (larger by one fifth than any previously published list), and a bibliography on the life and work of Peano. This selection will appeal especially to historians of mathematics and logic, but also to those mathematicians and logicians who wish to know more about how their subject came to be.

Giordano Bruno (1548-1600) was an Italian philosopher, poet, mathematician, and astrologer. This is the first English translation published in the twentieth century of his De gli eroici furori, or The Heroic Frenzies.

This is the first English-language study of bestiaries, mediaeval works that described and illustrated animals, birds, and other creatures. Florence McCulloch describes the nature of the Latin Physiologus, which is frequently cited as among the earliest examples of serious works of natural history.

Keine ausführliche Beschreibung für'Briefwechsel mit Svante Arrhenius und Jacobus Hendricus van't Hoff'verfügbar.

Keine ausführliche Beschreibung für'1690–1691'verfügbar.