This guide covers the main schools of thought from the Ancient Chinese philosophies of Confucius and Lao Tzu, Ancient wisdom from Aristotle, Plato, Zeno and Pythagoras through to those most influential of philosophers studied the world over - Hegel, Marx, Descartes, Kant, Kierkegaard and Wittgenstein to name but a few. It also discusses the big questions such as 'What is truth?', the relationship between philosophy and religion and the problem of morality.. Accessible, well-informed and fully-illustrated, this is a wonderful book for anyone who is keen to know more about the history of philosophers and their theories.

From your dividing cells to your beating heart, this book takes a comprehensive look at the human body and reveals the extraordinary way your anatomy and physiology intertwine. In 13 illustrated chapters, Cracking Anatomy makes sense of all the body's systems, explains medical terminology and explores questions including: · How does your brain really see you? · How does age affect your muscles and bones? · How and why cells die? · Why the shape of a criminal's hands could be used to help identify them? · Can you exercise too much? · Which of the five senses is most important? · What triggers puberty? · Why your immune system has more than one line of defence? · Why anatomical quirks are more important than you think? · How long does it take for your body to digest food? · How many times does your heart beat in a day? · Why do we sleep? An accessible, comprehensive and fully illustrated guide to this absorbing area, Cracking Anatomy will both educate and excite all readers.

Reassessing the unique qualities of Renoir's influential visual style by interpreting his films through Gilles Deleuze's film philosophy, and through previously unpublished production files, Barry Nevin provides a fresh and accessible interdisciplinary perspective that illuminates both the consistency and diversity of Renoir's oeuvre.

Boundary value problems for partial differential equations playa crucial role in many areas of physics and the applied sciences. Interesting phenomena are often connected with geometric singularities, for instance, in mechanics. Elliptic operators in corresponding models are then sin gular or degenerate in a typical way. The necessary structures for constructing solutions belong to a particularly beautiful and ambitious part of the analysis. Cracks in a medium are described by hypersurfaces with a boundary. Config urations of that kind belong to the category of spaces (manifolds) with geometric singularities, here with edges. In recent years the analysis on such (in general, stratified) spaces has become a mathematical structure theory with many deep relations with geometry, topology, and mathematical physics. Key words in this connection are operator algebras, index theory, quantisation, and asymptotic analysis. Motivated by Lame's system with two-sided boundary conditions on a crack we ask the structure of solutions in weighted edge Sobolov spaces and subspaces with discrete and continuous asymptotics. Answers are given for elliptic sys tems in general. We construct parametrices of corresponding edge boundary value problems and obtain elliptic regularity in the respective scales of weighted spaces. The original elliptic operators as well as their parametrices belong to a block matrix algebra of pseudo-differential edge problems with boundary and edge conditions, satisfying analogues of the Shapiro-Lopatinskij condition from standard boundary value problems. Operators are controlled by a hierarchy of principal symbols with interior, boundary, and edge components.

Crack Capitalism, argues that radical change can only come about through the creation, expansion and multiplication of weak points, or "cracks" in the capitalist system. John Holloway's previous book, Change the World Without Taking Power, sparked a world-wide debate among activists about the most effective methods of resisting capitalism. Now Holloway rejects the idea of a disconnected plurality of struggles and finds a unifying contradiction -- the opposition between the time we spend working as part of the system and our excess "doing" where we revolt and refuse to be subsumed. Clearly and accessibly presented in the form of 33 theses, Crack Capitalism is set to reopen the debate among radical scholars and activists seeking to break capitalism.

CRACKING THE QUANTUM MYSTERY: HOW PHILOSOPHY CAN UNLOCK SCIENCE'S STRANGEST PUZZLE In Cracking the Quantum Mystery, Garry Seabrook offers perhaps the most innovative and groundbreaking philosophical theory to appear in decades. Turning Aristotle's first principle of logic on its head, Seabrook's theory will reverberate throughout the way we think and change our longest-held beliefs and principles. In an easy-to-understand format, Seabrook addresses the hidden flaw in the first principle of logic. Of course, it is self-evident that the same thing cannot both exist and not exist at the same time; what is not self-evident, however, is the way Aristotle's principle of noncontradiction should be applied to the world. Seabrook outlines the profound influence this historic misunderstanding has exerted on both philosophy and science. As he points out, the discovery of quantum randomness, rather than undermining our demand for causality, actually casts doubt on our mastery of this first principle of logic. Even Einstein and Neils Bohr failed to realise this subtle fact. Both understood that quantum randomness boiled down to the problem of contradiction, with their famous debate revolving around their differing interpretations of Kant's classic solution. What they both missed is that Kant predicated his theoretical framework on our supposed mastery of noncontradiction when the discovery of quantum randomness called such mastery itself into question. Seabrook's original and easy-to-follow presentation of this notoriously complex subject is refreshing and revelatory. Cracking the Quantum Mystery provides a game-changing solution, breathtaking in its simplicity, that opens the way for a rethink of our most fundamental assumptions about the world.

What sets this book apart is the fact that it is not just another science book describing scientific facts and phenomena! It would surely be redundant since that task has been done many times over with much more elegant prose and brighter narrators. In this book, for the first time we have undertaken the task of breaking the code of any piece of matter or natural phenomena; whether it is an atom, a quantum occurance, a planet, a galaxy, or any other perceivable thing. It covers any natural phenomena ever discovered or one that will be unravelled by the future pioneers in their respective fields. This book provides the trail map of any and all things that man has discovered and shows how their codes were cracked. The list of discoveries is endless but prominent amongst them are the discovery of fire, elecricity, magnetism, laws of motion, the solar system and planets, so on and so forth. This book goes beyond just pure science since it fuses philosophy with science. It actually makes science a subset of philosophy, or more precisely, applied philosophy. Just like the light phenomenon, which was made to be a subset of the field of electricity by James Clerk Maxwell, revolutionizing our technical world, so does this book by bringing a new era of incredible developments for mankind!