The theory of hyperspace, which Michio Kaku pioneered, may be the leading candidate for the Theory of Everything that Einstein spent the remaining years of . Hyperspace has ratings and reviews. Nathan said: Michio Kaku apparently spent his childhood building super-colliders in his parents’ garage. I. HYPERSPACE A Scientific Odyssey Through Parallel Universes, Time Warps, and the Tenth Dimension Michio Kaku Illustrations by Robert O’Keefe ANCHOR.

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Already thoroughly familiar to the seasoned science fiction fan, hyperspace is that realm which enables a spaceship captain to take his ship on a physics-defying shortcut or “wormhole” to the outer shores of the Galaxy in less time than it takes a to fly from New York to Tokyo. His profoundly important and exceptionally elegant essay, “On the Hypotheses Which Lie at the Foundation of Geometry,” toppled the pillars of classical Greek geometry, which had successfully weathered all assaults by skeptics for 2 millennia.

Twisting space-time into knots requires energy on a scale that will not be available within the next several centuries or even millennia — if ever. They can invariably remember the precise moment when they heard the shocking news, what they were doing, and to whom they were talking at that instant. The old geometry of Euclid, in which all geometric figures are two or three dimensional, came tumbling down as a new Riemannian geometry emerged from its ruins.

He wanted a theory that could explain the four fundamental forces that govern the universe: In the film Back to the Future, Michael J. To his delight, he is find- ing that his early interest is at last paying off. Since tigers do not attack us in the fourth spatial dimension, there simply was no advantage in developing a brain with the ability to visualize objects moving in four dimensions.

By studying the work of these early mystics, we also see more clearly what was missing from their research. The strangest of all was the creature who held me prisoner, who did not resemble a fish in the slightest. Unfortunately, there was no selection pressure placed on humans to master motion in four spatial dimensions. Michio Kaku is one of the leading pioneers in superstring theory and has been at the forefront of this revolution in modern physics. Surprisingly, the superstring the- ory predicts a precise number of dimensions for space and time: Faraday’s field, we recall, was like a farmer’s field, which occupies a region of two-dimensional space.


Hyperspace and a Theory of Everything

However, we can only measure the laws of physics when they have been broken and placed on display in a cage, which is our three-dimensional laboratory. Riemann’s metric tensor contains all the information necessary to describe mathematically a curved space in N dimensions. I have expanded on a different theme and explored the invisible universe — that is, the world of geometry and space-time.

It is nothing short of amazing that on a plain sheet of paper, you can mathematically describe the properties of higher-dimensional objects that cannot be visualized by our brains.

Lot of information here. For 2 millennia, the keenest minds of Western civilization have marveled at its elegance and the beauty of its geometry. This trick is easily extended. The great Roman wars, often involving many smaller battlefields, were invariably fought with great confusion, with rumors and misinformation pouring in on both sides from many different directions. Patterns, Principles, and Perspectives A.

Masters of hyperspace This article about a physics -related book is a stub. History books could never be written. Inphysicist Kip Thorne of the California Institute of Technol- ogy and his collaborators made the astonishing and risky claim that time travel is indeed not only possible, but probable under certain con- ditions. Because their bodies would also be crumpled, these bookworms would never notice that their world was distorted. And what about other intelligent life forms in the universe, who may already have reached that point?

In this book, we will study the work of these pioneering mystics, mainly because they devised ingenious ways in which a nonspecialist could “visualize” what higher-dimensional objects might look like. At each point in the farmer’s field, one can assign a series of numbers which describe, for example, how many seeds there are at that point.

He immersed himself in Weber’s laboratory, convinced that the new mathematics would yield a comprehensive understanding of these forces.

When I turned it on, I would usually blow every fuse, and the house would suddenly became dark. When expressed in dimen- sions beyond four, however, we have “enough room” to explain the fundamental forces in an elegant, self-contained fashion. In a four-dimensional theory, physicists have to squeeze together the forces of nature in a clumsy, unnatural fashion. The theory of higher dimensions was introduced when Georg Bernhard Riemann gave his celebrated lecture before the faculty of the University of Gottingen in Germany.


Over the cen- turies, it became something of a religion; anyone who dared to propose curved space or higher dimensions was relegated to the ranks of crack- pots or heretics. The Weak Nuclear Force The weak nuclear force governs certain forms of radioactive decay. The history of civilization has undergone a profound jaku as each of these forces was discovered and mastered. This is one of the popular science books that got me so interested in doing physics in the first place.

Oppenheim- er, who helped build the atomic bomb, even said, out of sheer frustration, that the Nobel Prize should go to the physicist who does NOT discover a new particle that year! Confined to three or four dimensions, the field equations of the subatomic world and gravitation are difficult to unify.

And physicists, who once thought this was merely an intellectual exercise, are now seriously study- ing multiply connected worlds as a practical model of our universe.

This, in turn, inevitably led to the unification of all physical quantities measured by space and time, such as matter and energy. DNF at chapter Riemann’s aim was to introduce a new object in mathematics that would enable him to describe all surfaces, no matter how complicated.

Kkau fact, one could easily fit the Washington Beltway, which surrounds Washington D. The carp would babble on about unbelievable new laws of physics: To Riemann, Euclid’s geometry was particularly sterile when com- pared with the rich diversity of the world.

Hyperspace (book) – Wikipedia

He also knows how to use that math to dream of what’s possible. This heat, in turn, contributes to the heat that drives the volcanoes, the rare but powerful eruptions of molten rock that reach the earth’s surface. Similarly, the laws of gravity and light seem totally dissimilar. Thus Riemann made the first momentous break with Newton in years, banishing the action-at-a-distance principle. Worlds Beyond Space and Time n At best, we can use a variety of mathematical tricks, devised by math- ematician and mystic Charles Hinton at the turn of the century, to visu- alize shadows of higher-dimensional objects.

It is based on bending the beautiful four dimensional fabric of space and time.