By Brian Cox
Within the Quantum Universe, Brian Cox and Jeff Forshaw procedure the realm of quantum mechanics within the comparable manner they did in Why Does E=mc2? and make basic clinical ideas accessible—and fascinating—to everyone.
The subatomic realm has a name for weirdness, spawning any variety of profound misunderstandings, trips into japanese mysticism, and woolly pronouncements at the interconnectedness of all issues. Cox and Forshaw’s rivalry? there isn't any want for quantum mechanics to be considered this manner. there's a lot of mileage within the “weirdness” of the quantum global, and it frequently results in confusion and, frankly, undesirable technological know-how. The Quantum Universe cuts throughout the Wu Li and asks what observations of the flora and fauna made it important, the way it was once built, and why we're convinced that, for all its obvious strangeness, it's a solid theory.
The quantum mechanics of The Quantum Universe offer a concrete version of nature that's related in its essence to Newton’s legislation of movement, Maxwell’s conception of electrical energy and magnetism, and Einstein’s conception of relativity.
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Extra info for The Quantum Universe: Everything That Can Happen Does Happen
That is why the use of clocks is not really necessary when it comes to describing water waves. 6: they all correspond to the same wave height and so they provide equivalent ways of representing the same height of water. But clearly they are different clocks and, as we shall see, these differences do matter when we come to use them to describe quantum particles because, for them, the length of the clock hand (or equivalently the size of the clock) has a very important interpretation. At some points in this book and at this point especially, things are abstract.
From a historical perspective, Dirac was the first to search for a formulation of quantum theory that involved the action, but rather eccentrically he chose to publish his research in a Soviet journal, to show his support for Soviet science. The paper, entitled ‘The Lagrangian in Quantum Mechanics’, was published in 1933 and languished in obscurity for many years. In the spring of 1941, the young Richard Feynman had been thinking about how to develop a new approach to quantum theory using the Lagrangian formulation of classical mechanics (which is the formulation derived from the principle of least action).
One of the major obstacles to developing an understanding of quantum physics is the confusion this kind of thinking can engender. To avoid confusion, we should follow Heisenberg and learn to feel comfortable with views of the world that run counter to tangible experience. Feeling ‘uncomfortable’ can be mistaken for ‘confusion’, and very often students of quantum physics continue to attempt to understand what is happening in everyday terms. It is the resistance to new ideas that actually leads to confusion, not the inherent difficulty of the ideas themselves, because the real world simply doesn’t behave in an everyday way.