This is a book about the meaning of time, what it is, when it has started, how it flows and where to. It examines the consequences of Einstein's theory of relativity and offers startling suggestions about what recent research may reveal.

About Time: Einstein's Unfinished Revolution

Science & Math

Davies, P.

Mathematics

Penguin

This book provides a detailed and thorough presentation of the principles and applications of C programming. This book contains a wide range of engineering and computing examples highlighting all the features that C provides which other languages do not possess.

The Indispensible Guide to C with Engineering Applications

Computers & Technology

Programming Languages

Addison-Wesley

Jump Aboard 3 Cdx2

MACMILLAN EDUCATION ELT

Ethics and Empowerment is a major contribution to the ongoing debate about the role of business in society. People expect more meaning and empowerment at work at a time when competitive pressures are seducing business into taking ethical short-cuts. How is this to be reconciled? Through a thorough examination of the issues of power, control and autonomy addressing such questions as empowerment being a matter of justice, through case-study based examinations of the organisational experiences of empowerment programmes and through looking at the ethics and empowerment debate from the wider perspective of business and social responsibility, this book seeks to make ethics more relevant and accessible to today's business world.

Ethics and Empowerment

Business & Money

Quinn, J.

Business Culture

PALGRAVE~MACMILLAN

What is quantum mechanics? The laws of Newton, which work well over a wide range of scale, from planets to billiard balls, fail at the level of atoms and their constituents. Quantum mechanics provides a new set of laws and a mode of description for microscopic systems that has proved supremely successful. Since its inception in the 1920s it has explained the structure of atoms and molecules, nuclear reactions, collisions of particles in accelerators, the emission and absorption of radiation, the thermal and electrical properties of solids, chemical bonding, superconductivity and superfiuidity, the pressure inside collapsed stars, subnuclear matter, and a great deal else. Why is quantum mechanics so important? Besides providing explanations for a wide variety of physical phenomena, the theory has led to a large number of practical applications, among which are the laser, the electron microscope and the microchips of modern electronics. In many research laboratories and high technology industries, devices based on quantum principles are used or developed as a matter of routine. Although the foundations of the subject are well over half a century old, new applications of the theory still have the power to surprise. Why is it so hard to learn? Students find quantum mechanics tough going for two reasons, one conceptual, the other technical. Familiar concepts such as speed, size, acceleration, momentum and energy take on weird features, or even become meaningless. Intuition gained from daily experience is of no help, and can be misleading.

Quantum Mechanics

Physics

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Books by Davies, P.