Experimental Physics (Cool Physics Book 1)
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Penned by Randall Monroe, the creator behind XKCD, this book seeks to answer silly hypothetical questions by using real science. This book covers subjects in the realms of physics, chemistry, evolution and more. In addition to the written word, this book also uses original drawings and diagrams to illustrate its points.
Children will first learn the science behind the experiment and then immediately put that knowledge to the test using common household ingredients found throughout the house. In addition to written articles, this book also includes color photographs, statistics and experiments.
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The brain is an amazing organ, with many different parts of it working together to power our bodies. With large pictures and easy-to-follow instructions, both children and adults will have no problem setting up their experiments. With large pictures and easy-to-follow instructions on each page, both children and adults should have no problems setting up their experiments. By using easy-to-understand terms and concepts, Greene reveals the mysteries of the universe across pages.
Physicist Peter Bussey explains the science behind physics and astronomy while showing readers how these subjects can potentially prove that there is a higher power. From ancient civilizations to the present day, this book shows us how secret codes have an effect on our daily lives. Some of the scientific concepts discussed in this book include time travel, alternate dimensions and what happens when time comes to an end. The New York Times includes everything from artificial intelligence to the cosmos in this massive page tome.
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This exciting book includes scientific facts on every subject, from sports and toys to robots and space. But other quantum experts use decoherence to explain quantum phenomena without invoking multiple universes. And as Carroll admits, the decoherence process does not require belief in the reality of the other branches. It just seems to him and many others to be the most elegant explanation for quantum mysteries.
So it remains the case that the ultimate definitive account of how to properly explain quantum mechanics remains unwritten. That secret remains hidden, if perhaps not quite as deeply as it once was. Not a subscriber? Become one now.
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There are even some radical ideas involving a mathematical connection between the entangled particles described in the EPR paper and wormholes. Images of a hydrogen atom as seen through a quantum telescope.
Credit: Stodolna et al. Quantum physics has a reputation of being weird because its predictions are dramatically unlike our everyday experience at least, for humans-- the conceit of my book is that it doesn't seem so weird to dogs. This happens because the effects involved get smaller as objects get larger-- if you want to see unambiguously quantum behavior, you basically want to see particles behaving like waves, and the wavelength decreases as the momentum increases.
The wavelength of a macroscopic object like a dog walking across the room is so ridiculously tiny that if you expanded everything so that a single atom in the room were the size of the entire Solar System, the dog's wavelength would be about the size of a single atom within that solar system. This means that, for the most part, quantum phenomena are confined to the scale of atoms and fundamental particles, where the masses and velocities are small enough for the wavelengths to get big enough to observe directly.
There's an active effort in a bunch of areas, though, to push the size of systems showing quantum effects up to larger sizes. There are even some suggestions that it might be possible to do this with suspended mirrors having masses of several grams, which would be amazingly cool.
The previous point leads very naturally into this one: as weird as it may seem, quantum physics is most emphatically not magic. The things it predicts are strange by the standards of everyday physics, but they are rigorously constrained by well-understood mathematical rules and principles. That doesn't mean we can't use quantum physics to do amazing things-- you can find some really cool physics in mundane technology -- but those things stay well within the boundaries of the laws of thermodynamics and just basic common sense.
So there you have it: the core essentials of quantum physics. I've probably left a few things out, or made some statements that are insufficiently precise to please everyone, but this ought to at least serve as a useful starting point for further discussion. There's a line in Greg Bear's fantasy duology The Infinity Concerto and The Serpent Mage , where a character describing the basics of magic says "All is waves, with nothing waving, over no distance at all.
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This leads to some lively debate within the physics education community about whether it's really appropriate to talk about light as a particle in intro physics courses; not because there's any controversy about whether light has some particle nature, but because calling photons "particles" rather than "excitations of a quantum field" might lead to some student misconceptions. I tend not to agree with this, because many of the same concerns could be raised about calling electrons "particles," but it makes for a reliable source of blog conversations.
This "door number three" nature of quantum objects is reflected in the sometimes confusing language physicists use to talk about quantum phenomena. The Higgs boson was discovered at the Large Hadron Collider as a particle, but you will also hear physicists talk about the "Higgs field" as a delocalized thing filling all of space. These oscillations created an image of "frozen" light. It's right there in the name-- the word "quantum" comes from the Latin for "how much" and reflects the fact that quantum models always involve something coming in discrete amounts.
Free download. Book file PDF easily for everyone and every device. This Book have some digital formats such us :paperbook, ebook, kindle, epub, fb2 and another formats. Welcome to Practical Physics I learned or rediscovered quite a bit of interesting astronomy and I particularly liked the short descriptions of the physics background for the chosen activities. Experiment in Physics; Experimental physics!