Best Selling Books by John GRIBBIN

Although Richard Feynman was a great scientist, and his collection of essays, "Surely You''re Joking, Mr. Feynman" was a national bestseller, few people could relate the name of the work for which he is acknowledged. Arguably the greatest physicist of his generation, Feynman''s contributions are well illustrated in this unique biography, written in a friendly and accessible style.

Time travel is a familiar theme of science fiction, but is it really possible? Surprisingly, time travel is not forbidden by the laws of physics - and John Gribbin argues that if it is not impossible then it must be possible. Gribbin brilliantly illustrates the possibilities of time travel by comparing familiar themes from science fiction with their real-world scientific counterparts, including Einstein''s theories of relativity, black holes, quantum physics, and the multiverse, illuminated by examples from the fictional tales of Robert Heinlein, Larry Niven, Carl Sagan and others. The result is an entertaining guide to some deep mysteries of the Universe which may leave you wondering whether time actually passes at all, and if it does, whether we are moving forwards or backwards. A must-read for science fiction fans and anyone intrigued by deep science.

John Gribbin is one of the few science writers who is equally comfortable writing about biology as he is about physics, and this beginner''s guide will take the reader through the basics and the fundamental issues of the crucial areas of modern science, from the birth of the universe through to the evolution of our own species, the nature of human behaviour and the workings of our minds. Crucially, the book will not only provide an overview of the central areas in a single volume, but will also explain how the areas link up, what evolutionary theory has to say about how we think, how sub-atomic particles came into being in the Big Bang and atoms in stars.

Provides an overview of the hundred-year saga of particle physics, explaining details from the basics to the research that has produced new models of the universe, among them the radical theories of "superstrings" - the hypothesis that particles are loops of vibrating "string" - and "supersymmetry."

Erwin Schrödinger was an Austrian physicist famous for his contribution to quantum physics. In this biography, John Gribbin takes us into the heart of the quantum revolution.

Continuing their successful series of biographies of famous scientists, the authors present a lucid and accessible account of Darwin''s life and work. This work is an enlightening synthesis of biography and science that reveals the personality and scientific contributions of a great and controversial modern figure.

How did the universe begin? Where do galaxies come from? Where do the material particles we are made of come from? Today we have only provisional answers to such questions, but this will improve dramatically over the next ten years, predicts astronomer Gribbin. He focuses on what we think we know about ten issues and explains how cutting-edge research may yield solutions in the very near future. He explores ideas concerning the creation of the universe, the possibility of other forms of life, and the fate of the expanding cosmos. He examines "theories of everything," including grand unified theories and string theory, and he discusses the Big Bang theory, the origin of structure and patterns of matter in the galaxies, dark mass and dark energy, the future of Earth and the Sun, and the possibility that the universe might expand forever.--From publisher description.

Accessible exploration of one of the most exciting areas of scientific inquiry - the nature of light. Following on from his bestseller, SCHRODINGER''S CAT, John Gribbin presents the recent dramatic improvements in experimental techniques that have enabled physicists to formulate and test new theories about the nature of light. He describes these theories not in terms of hard-to-imagine entities like spinning subnuclear particles, but in terms of the fate of two small cats, separated at a tender age and carried to opposite ends of the universe. In this way Gribbin introduces the reader to such new developments as quantum cryptography, through which unbreakable codes can be made, and goes on to possible future developments such as the idea that the ¿entanglement'' of quantum particles could be a way to build a STAR TREK style teleportation machine.

Reports on the threats to the ozone layer as confirmed in the findings of the National Airborne Ozone Expedition (NOZE) in Antarctica in 1986. Discusses past and present experiments and studies on the ozone layer, including ways and means to present further damage.

The Earth does not belong to man alone The Himalayas bury their secrets well. Two skulls unearthed in the cradle of the human race - the remote heights of Kashmir - throw evolutionary theory into chaos. But a far more disturbing secret lies hidden deep in the bleak mountains and snow-swept valleys unseen by human eyes. A few miles from the explosive triangle of tension where Afghanistan and Pakistan border on India the story of the century breaks. And the echoes of the most shattering revelation yet made to man threaten to plunge the world into total war which will turn the cradle of the human race into its final grave.

The Universe: A Biography makes cosmology accessible to everyone. John Gribbin navigates the latest frontiers of scientific discovery to tell us what we really know about the history of the universe. Along the way, he describes how the universe began; what the early universe looked like; how its structure developed; and what emerged to hold it all together. He describes where the elements came from; how stars and galaxies formed; and the story of how life emerged. He even looks to the future: is the history of the universe going to end with a Big Crunch or a Big Rip?

Examines the lives and obsessions of the men associated with the scientific revolution and the birth of the Royal Society in seventeenth-century England including William Gilbert, Francis Bacon, William Harvey, Christopher Wren, and Isaac Newton.

In 1972, when James Lovelock first proposed the Gaia hypothesis--the idea that the Earth is a living organism that maintains conditions suitable for life--he was ridiculed by the scientific establishment. Today Lovelock''s revolutionary insight, though still extremely controversial, is recognized as one of the most creative, provocative, and captivating scientific ideas of our time. James Lovelock tells for the first time the whole story of this maverick scientist''s life and how it served as a unique preparation for the idea of Gaia. Drawing on in-depth interviews with Lovelock himself and unprecedented access to his private papers, John and Mary Gribbin paint an intimate and fascinating portrait of a restless, uniquely gifted freethinker. In a lifetime spanning almost a century, Lovelock has followed a career path that led him from chemistry, to medicine, to engineering, to space science. He worked for the British secret service and contributed to the success of the D-Day landings in World War II. He was a medical experimenter and an accomplished inventor. And he was working with NASA on methods for finding possible life on Mars when he struck upon the idea of Gaia, conceiving of the Earth as a vast, living, self-regulating system. Deftly framed within the context of today''s mounting global-warming crisis, James Lovelock traces the intertwining trajectories of Lovelock''s life and the famous idea it brought forth, which continues to provoke passionate debate about the nature and future of life on our planet.

In this radically revised and updated edition incorporating the latest scientific findings, acclaimed science writer and cosmologist John Gribbin explores the origins of the Universe and considers its ultimate fate.

Presents a guide to quantum physics including the history of quantum theory, its basic principles, and future applications.

Stephen Hawking is no ordinary scientist. Perhaps more than any other scientist, he has broadened our basic understanding of the universe. His theoretical work on black holes and the origins and nature of the cosmos have been groundbreaking—if not downright revolutionary. He has also spent much of his adult life confined to a wheelchair, a victim of ALS. But his physical limitations have done nothing to confine him intellectually or hinder his scientific development. Hawking would already be remarkable for his cutting-edge work in theoretical physics alone. However, he has also managed to popularize science unlike any one else. Today, he is a household name and achieved almost cult-like fame with the release of A Brief History of Time. Although this book is steeped in the complexities of cosmology, millions of people were eager to learn just some of what he had to offer. Science writers White and Gribbin have painted a compelling portrait of a scientific mind that seemingly knows no bounds. Weaving together clear explanations of Hawking’s science with a detailed, balanced, and sensitive personal history, we come to know and appreciate both sides of this incredible man. Includes new updates in Hawking''s biography and the recent discovery of the Higgs-Boson (or "God") particle.

Galileo Galilei (1564-1642) was the first scientist in the modern use of the term. Instead of relying on the works of Aristotle, he actually carried out experiments to test theories – legend has it that one of his experiments involved throwing weights off the Leaning Tower of Pisa. His astronomical observations with the telescope shattered the idea that the Earth was at the centre of the Universe, and led to his trial for heresy. He had a great lust for life, three children by a woman he never married, a biting, sarcastic with and the friendship of princes and (in spite of his run in with Pope Urban VIII) cardinals. An introduction, afterword and clear chronological table place Galileo’s work in the context of the development of scientific knowledge.

Renowned science writers John and Mary Gribbin team up with one of the most historic scientific sites in the world--the Royal Observatory, Greenwich--to take readers on a stunning visual tour of the universe. This riveting journey moves from our home planet outwards to the Moon, Sun, Inner and Outer Solar Systems, Milky Way, and other galaxies. Not only do the Gribbins discuss the always-intriguing topic of alien life, but they divulge little-known facts (Venus is the only planet in our solar system to rotate backwards), as well as all the basics beginning armchair astronomers need to know. Dramatic four-color photographs complement the informative text, giving readers a sense of what it might be like to be an astronaut...and go where no one has gone before.

Looking back to Alan Turing''s work on the Enigma machine and the first electronic computer, and featuring a new introduction on the recent evolution of quantum computing, author John Gribbin explains how quantum theory developed to make quantum computers work in practice as well as in principle, taking us beyond the arena of theoretical physics to explore the potential for this extraordinary science.

The definitive scientific icon of the twentieth century, Albert Einstein is remember for one equation, E=mc2, and the image of a white-haired, pipe-smoking professor who didn’t wear socks. But the equation comes from a time when all of his great work was done. The real Albert Einstein – the high school drop-out who won the Nobel Prize along with the hearts of so many young women – was young, handsome, dark haired and a natty dresser. And his greatest piece of work was so poorly understood at the time that the Nobel Committee, who couldn’t understand it, but in a panic felt they ought to give him a prize for something, honoured him for something else. An introduction, afterword and clear chronological table place Einstein’s work in the context of the development of scientific knowledge.

"Once the stuff of science-fiction novels, black holes, and their even stranger cosmological counterparts, white holes and worm holes, are now the subject of serious scientific inquiry. Physicists who formerly shunned these astrophysical eccentricities have begun to theorize about them and search for the physical proof of their existence with the zeal of converts. Their unavoidable conclusion of this research is that these "rips in the fabric of spacetime" are not only real, they might actually provide a passage to other universes and travel through time." "Unveiling the Edge of Time tells the fascinating story of the theories and discoveries that have led scientists to these astonishing conclusions. Here, acclaimed science writer John Gribbin tells of the scientists and the ideas behind this revolution in cosmology - from the first notions of an object so large its gravity would trap even light, to the most recent developments in the search for "naked singularities" - the center of a black hole where all known laws of physics break down. Gribbin recounts for us such dramatic stories as how Carl Sagan''s science-fiction search for a plausible method of hyperspace travel led a fellow physicist to make some of the most startling recent advances in relativity theory. Taking readers into new universes and across time itself, Gribbin provides remarkable descriptions of what it would be like for astronauts taking trips through each of these spacetime "holes" - what they would see and feel as they are drawn across "event horizons" and where they would arrive after passing through a singularity." "With a scientist''s knowledge of the facts and a writer''s gift for description, John Gribbin conveys these extraordinary ideas with both excitement and clarity. The result is an intellectual adventure that will take readers to the farthest reaches of today''s science."--BOOK JACKET.Title Summary field provided by Blackwell North America, Inc. All Rights Reserved

''Gribbin has inspired generations with his popular science writing'' Jim Al-Khalili A scintillating collection of short essays that really does cover ''life, the Universe, and everything''. From the mysteries of the subatomic world to the curious property of water that makes our planet inhabitable, master of popular science John Gribbin delves into the astonishing facts that underlie our existence. Some aspects of the quantum world really do seem impossible to ''common sense'', but have been proved correct by experiments. Other features of the Universe appear obvious, such as the fact that atoms are mostly empty space. But this familiarity hides the truly amazing truths underpinning these observations. And some things merely seem improbable but are also hiding a Deep Truth, such as the fact that the Moon and Sun look the same size as viewed from Earth. This book will change forever the way you view the world.

Jim Lovelock is best known as the ''father'' of Gaia theory, which is established as the most useful way of understanding the dramatic changes happening to the environment of the Earth. But few people know about his early work as a chemist and inventor. This book reveals the independent and inspiring life of Jim Lovelock.

Originally published: Get a grip on new physics. London: Weidenfeld and Nicolson, 1999.

Charles Darwin was the epitome of the Victorian gentleman amateur scientist, living entirely off inherited wealth and the income from his books. At the same time, however, he was the most professional scientist of his day. Darwin''s life is full of contrast. In his youth, he seemed likely to become a wastrel, yet he became a hard-working and renowned scientist. His family life in a small Kentish village was mostly idyllically happy; but the loss of his favourite daughter, Annie, brought him intense misery that lasted long after her death. Darwin shunned publicity; but he became the most famous scientist of his time, for an idea which shook the foundations of Victorian society. Even today, some people reject his idea - evolution by natural selection - without bothering to find out what Darwin said. But it is one of those great achievements of the human intellect with which everyone should be acquainted.

Award-winning science writers Mary and John Gribbin reveal how Pullman''s His Dark Materials trilogy (Northern Lights, The Subtle Knife and The Amber Spyglass) is rooted in scientific truth. Drawing on string theory and space-time, quantum physics and chaos theory, they answer questions such as: could parallel worlds like Will''s and Lyra''s really exist? How does Will''s subtle knife cut through anything? Could there be a bomb like the one made with Lyra''s hair? And, of course, what are the Dark Materials?

Gribbin presents the recent dramatic improvements in experimental techniques that have enabled physicists to formulate and test new theories about the nature of light. He describes these theories not in terms of hard-to-imagine entities like spinning subnuclear particles, but in terms of the fate of two small cats separated at a tender age and carried to opposite sides of the universe.