Books:
* "Space, Time and Gravity: An Introduction to General Relativity" (with D.W. Sciama): A classic textbook for undergraduate students, offering a thorough and insightful introduction to Einstein's theory of general relativity.
* "The Large Numbers Hypothesis and Other Essays in Cosmology" (with G. de Rham): A collection of essays exploring various aspects of cosmology, including the large numbers hypothesis, the arrow of time, and the anthropic principle.
* "The Riddle of Gravitation" (with G. de Rham): A more accessible account of Einstein's theory of gravity, aimed at a general audience.
* "Causality and Physical Theories": A book that explores the role of causality in physics, particularly in relation to quantum mechanics and relativity.
Journal Articles:
Kilmister has published numerous articles in prestigious scientific journals, focusing on various aspects of theoretical physics, such as:
* Theories of Gravitation: He has made significant contributions to the understanding of general relativity, including its theoretical foundation and its application to cosmological models.
* Cosmology: He has explored topics like the large numbers hypothesis, the arrow of time, and the nature of the universe.
* Quantum Mechanics: He has investigated the philosophical implications of quantum mechanics, particularly the role of causality and determinism.
* History of Physics: He has also contributed to the historical study of physics, focusing on the development of key concepts and theories.
Other Notable Works:
* "The British Society for the History of Mathematics": Kilmister played a significant role in the establishment and development of this society.
* "The Journal of the British Society for the History of Mathematics": He has served as editor of this journal, showcasing important research in the history of mathematics.
In summary, C.W. Kilmister's contributions to theoretical physics and the history of science have been significant and influential. He has written several influential books and articles that have shaped our understanding of these fields.