Quantum theory is one of the more abstract branches of theoretical physics, yet it makes clear and concrete predictions which are repeatedly verified experimentally. More recently, there has been some confluence between the concepts of microphysics and those of macrophysics. Currently fashionable ideas in cosmology are also deeply linked to concepts from quantum theory, thus piquing greater interest in this subject. This timely book takes stock of what quantum theory has achieved and where it is leading to at present, in a manner understandable to an educated layman. The book describes concepts in a strictly scientific manner without trying to make them sound overly philosophical or OC hypingOCO them up. At the same time, careful explanation of the concepts and details (including the technical terminology) are given in a nonmathematical language for the general reader. In particular, emphasis is given to the specific aspects of quantum theory that interface with gravity and cosmology, so as to keep the book reasonably up to date and focused on a key underlying theme.

Quantum theory is one of the more abstract branches of theoretical physics, yet it makes clear and concrete predictions which are repeatedly verified experimentally. More recently, there has been some confluence between the concepts of microphysics and those of macrophysics. Currently fashionable ideas in cosmology are also deeply linked to concepts from quantum theory, thus piquing greater interest in this subject. This timely book takes stock of what quantum theory has achieved and where it is leading to at present, in a manner understandable to an educated layman.The book describes concepts in a strictly scientific manner without trying to make them sound overly philosophical or “hyping” them up. At the same time, careful explanation of the concepts and details (including the technical terminology) are given in a nonmathematical language for the general reader. In particular, emphasis is given to the specific aspects of quantum theory that interface with gravity and cosmology, so as to keep the book reasonably up to date and focused on a key underlying theme.

Planning to study science but feeling unsure about it ? We've got the perfect book for you! If you want to be an innovator , you must read about great scientists from around the world and get inspired by their work! Scientists are one of the main reasons that society has evolved to its current state. The efforts of some great scientists have contributed to the modernization of the world. Famous scientists like Isaac Newton and Galileo Galilei set an example for modern scientists. But there's a lot we don't know about it , and we're about to know all about it. So if you too are a science lover and dream of changing the world with your inventions , then read on and start creating! Scientists around the world have contributed to the development of medicine , physics , chemistry, and technology, among other important aspects of society. As a budding scientist , you can either adopt a theoretical approach or a practical approach. Both these methods are equally important in this field. In addition , research and development is necessary in all fields of scientific study , even for industrial purposes . So we understand the importance of scientists , let's take a look at some of the most brilliant minds and their contributions! Finally , you can even leave a comment to let us know how many of them you already know! Scientists of all fields are very important for the progress of the society. Some have completely changed the way the scientific community views science. So let's look at the world's famous greatest scientists.

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Covering all aspects of gravitation in a contemporary style, this advanced textbook is ideal for graduate students and researchers in all areas of theoretical physics. The 'Foundation' section develops the formalism in six chapters, and uses it in the next four chapters to discuss four key applications - spherical spacetimes, black holes, gravitational waves and cosmology. The six chapters in the 'Frontier' section describe cosmological perturbation theory, quantum fields in curved spacetime, and the Hamiltonian structure of general relativity, among several other advanced topics, some of which are covered in-depth for the first time in a textbook. The modular structure of the book allows different sections to be combined to suit a variety of courses. Over 200 exercises are included to test and develop the reader's understanding. There are also over 30 projects, which help readers make the transition from the book to their own original research.

This book examines the cultural concepts that guided the development of the “age of mankind”— the changes that took place in historical, philosophical, scientific, religious, literary, and artistic thought in the 20th century. It discusses a broad range of major topics, including the spread of commercial capitalism; socialist revolutions; the two world wars; anti-colonialist national liberation movements; scientific progress; the clashes and fusion of Eastern and Western cultures; globalization; women’s rights movements; mass media and entertainment; the age of information and the digital society. The combination of cultural phenomena and theoretical descriptions ensures a unity of culture, history and logic. Lastly, the book explores the enormous changes in lifestyles and the virtualized future, revealing cultural characteristics and discussing 21st -century trends in the context of information technology, globalization and the digital era.

In this volume the philosophy of perception and observation is discussed by leading philosophers with implications in the philosophy of mind, in epistemology, and in philosophy of science. In the last years the philosophy of perception underwent substantial changes and new views appeared: the intentionality of perception has been contested by relational theories of perception (direct realism), a richer view of perceptual content has emerged, new theories of intentionality have been defended against naturalistic theories of representation (e. g. phenomenal intentionality). These theoretical changes reflect also new insights coming from psychological theories of perception. These changes have substantial consequences for the epistemic role of perception and for its role in scientific observation. In the present volume, leading philosophers of perception discuss these new views and show their implications in the philosophy of mind, in epistemology and in philosophy of science. A special focus is laid on Franz Brentano and Ludwig Wittgenstein. A reference volume for all scholars and students of the history, psychology and philosophy of perception, and cognitive science.