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Ever wonder about how light moves? What does it mean to study the smallest particles known to man? How does science measure the smallest particles in the world, such as atoms, protons, neutrons and electrons? What is ether and how did it become a source of debate in the scientific community?
Studying the smallest particles known to man can be exciting work. This study of the world on the molecular level, particularly matter and energy, is the realm of Quantum Physics. Scientists use mathematical equations to help them explain the behavior of matter and energy within the Universe. If you have a curiosity about the world of Quantum Physics, but thought the science textbooks would be too much to absorb, this book is for you. With an overview of what Quantum Physics is, historical background into the scientists who created many of the theories that make up Quantum Physics, and a look at a few of those theories. Quantum Physics is more than the study of matter and energy, but dives into the behavior of matter and energy on a molecular level. Scientists use the information they gather through experiments, observation and continually more precise measuring tools to explain how the building blocks of our world work together. This book dives into a discussion of wave particle duality and how this theory has continued to mystify scientists even today. Or learn how a particle can appear to go through the wall, versus around it. Using light as an example, this book explains how wave particle duality was discovered, who was able to explain the multiple conflicting observations and finally, what scientists have used this information to create. Learn about Einstein and his disagreements with the scientists of his time over various theories in Quantum Physics. Get a better understanding of how theories within Quantum Physics relate to one another. Receive a basic understanding of the Unified Force Theory and how science is still working to prove this unique all-encompassing theory. Written in common man versus science speak, this book gives everyone a chance to get their toes wet as they learn the basics of a complex area of scientific study. ***Limited Edition*** Download your copy today!
It’s extremely introductory, more than I thought. Overall good information, but extremely superficial. One thing that is critically missing are the actual mathematical equations. He explains where they come from and what they result in, but the equations are missing from the book (which was upsetting). All in all an ok read.
The well informed person cannot avoid the inevitable task of updating their knowledge of advances in physics, a field that has not only impacted energy, electromagnetism, but also created new subdisciplines such as quantum mechanics, string theory, and the most fascinating revisions of theories of light, gravity, time, gravity and many others. This book is well written and probably a lot easier to understand than your college text. Still, I recommend the reader streams one or more videos from the Amazon website (one produced by PBS and has top physicists participating). Unless you are working in the field these well done videos are a must. The information presented in this book is often misinterpreted by some energy healers who do not understand the complexity and fragility of the newest theories. For health care clinicians, knowledge of physics sufficient to communicate with health physicists will be increasingly important in practice.
I liked the idea of this broad overview of Quantum Physics and it does cover a wide breadth of subtopics. However, each are touched on in only a short chapter. I have some understanding of the subject so did not learn much with this book. I found the examples in the explanations a bit difficult to understand. Another major issue was the lack of editing and many writing errors. A clarity of language is essential to imparting some understanding of a complex subject and this book fell short.
I read this twice just so that I could wrap my mind, a bit more firmly, around the many theories, concepts, and the who's who in theories and quantum physics. I might even try a third time to hear the relationships between theory to theory leading up to the possibility of other realities through time travel.