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Albert Einstein and Sir Arthur Eddington
British scientist Arthur Eddington was once more famous than Albert Einstein! Informed scientists understand how intertwined the two are. Einstein's theories are well known, but it was Eddington who proved and endorsed many of them. This book describes the rise of these two men and how their friendship fostered scientific breakthroughs and ultimately Einstein's fame. Readers will be interested in the accessible explanations of some famous theories, such as the Theory of Relativity, while the relevant photographs and fact boxes further clarify biographical details.
Science and the Unseen World
Physicist and astronomer Arthur Eddington tested Einstein's Theory of Relativity at an eclipse in 1919. A lifelong Quaker, his 1929 Swarthmore Lecture explores how science and religion define and look at reality. ‘You will understand the true spirit neither of science nor of religion unless seeking is placed in the forefront.’ ‘He puts a strong line against simplistic reductionism in relation to our minds . He emphasizes that when we ask the question, “What are we to think of it all? What is it all about?,” the answer must embrace but not be limited to the scientific answer. His lecture explores this in a delightful way, that remains fully relevant today.’ — Prof. George Ellis 'The attitude of the scientist, here so admirably explained, is the attitude, also, of the mystic. Experience, to both, is what matters most.”’- The Sufi Quarterly, 1929.
Eddington
This book is based on two lectures given in Cambridge by Professor Chandrasckhar to mark the centenary of the birth of Arthur Stanley Eddington. The text describes Eddington's major contributions to astrophysics and to general relativity. The approach is not technical, although it will mainly be of interest to professionals in astronomy, applied mathematics and the history of modern astronomy.
Sir Arthur Eddington
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The Mathematical Theory of Relativity
Sir Arthur Eddington here formulates mathematically the new conception of the world of physics derived from the theory of relativity. The argument is developed in a form which throws light on the origin and significance of the great laws of physics; its consequences are followed to the full extent in the consideration of gravitation, relativity, mechanics, spacetime, electromagnetic phenomena and world geometry.
A.S. Eddington and the Unity of Knowledge: Scientist, Quaker and Philosopher
Sir Arthur Stanley Eddington (1882-1944) was a key figure in the development of modern astrophysics, who also made important contributions to the philosophy of science and popular science writing. The Arthur Eddington Memorial Trust was set up after his death in order to hold annual lectures on the relationship between scientific thought and aspects of philosophy, religion or ethics. This 2012 collection gathers together six of these lectures, including contributions by Sir Edmund Whittaker, Herbert Dingle, Richard B. Braithwaite, John C. Eccles, Dame Kathleen Lonsdale, and Baroness Mary Warnock, together with Eddington's 1929 Swarthmore Lecture on Science and the Unseen World. A preface written by the Astronomer Royal, Baron Rees of Ludlow, is also included. This is a fascinating book that will be of value to anyone with an interest in the philosophy of science and Eddington's legacy.
Eddington's Search for a Fundamental Theory
Many people today are unaware that back in the 1930s, Sir Arthur Eddington, the celebrated astrophysicist, made great strides toward his own "theory of everything". In 1936 and 1946 Eddington's last two books were published. These works are strangely tentative and obscure, unlike his earlier lucid and authoritative works. This volume examines how Eddington came to write these uncharacteristic books--in terms of the physics and history of the day--and what value they have to modern physics. The result is an illuminating description of the development of theoretical physics in the first half of the twentieth century from a unique point of view. It will provide fascinating reading for scholars in the philosophy of science, theoretical physics, applied mathematics and the history of science.
The Philosophy of Physical Science
It is often said that there is no "philosophy of science", but only the philosophies of certain scientists. But in so far as we recognize an authoritative body of opinion which decides what is and what is not accepted as present-day physics, there is an ascertainable present-day philosophy of physical science. It is the philosophy to which those who follow the accepted practice of science stand committed by their practice. This book contains the substance of the course of lectures which the author Eddington delivered as Tarner Lecturer of Trinity College Cambridge in the Easter Term 1938. The lectures have afforded him an opportunity of developing more fully than in his earlier books the principles of philosophic thought associated with the modern advances of physical science.
Space Time and Gravitation
This text provides an account of various experiments, that demonstrate a simplified reality where space and time are relegated to their proper source – the observer. The principles of these experiments and theories originate from the ideas of Einstein, and this text aims to present this 'new' outlook without the need for extensive knowledge of mathematics, physics, or philosophy. This text will be of considerable use to those with a keen interest in physics, and would make for a great addition to any bookshelf. The chapters of this book include: 'The Fitzgerald Contraction', 'Relativity', 'The World of Four Dimensions', 'Fields of Force', 'Kinds of Space', 'The New Law of Gravitation and the Old Law', 'Weighing Light', 'Other Tests of The Theory', 'Momentum and Energy', etcetera. We are publishing this antiquarian book now in an affordable, modern edition - complete with a new biography of the author.
