Quantum Physics For Beginners

Begin your trip into the realm of Quantum Physics now! Discover among the pages, the most famous experiments & theories!
Do you want to know how the laws of quantum physics affect your daily life?
Have you ever studied many books on quantum physics and been completely perplexed?
If you answered "Yes" to at least one of these questions, I have something helpful and thrilling to share with you, so please read on…
This book will fill the gap between knowing nothing about quantum physics and comprehending its fundamentals; you will learn all the fundamental ideas described clearly, as well as gain an understanding of more complex topics.

This book provides a clear validation of the fundamental principles of Quantum Physics and Mechanics without needing to be a genius. It contains a lot of illustrations and examples so you can get more out of the reading. The theories of Relativity and Quantum Computing will no longer be a mystery.
Quantum Physics Book is a complete guide with all the most current information on the principles of quantum physics and mechanics. It covers everything from what 'happens' at the most fundamental level to how the laws of quantum mechanics apply to your day-to-day life. Whether you're a student, engineer, or just interested in learning more, this book will teach you everything about quantum physics and mechanics.

From the basics of particle physics and wave functionality, to the complex math involved in quantum circuits and probability calculation, this book will give you a solid grasp on how quantum mechanics and quantum computing work.

"Quantum Physics for Beginners" is a handbook for self-taught individuals interested in learning about the principles that make the universe operate without having to wade through incomprehensible mathematical formulae.
Here is just a glimpse of what's inside:
Why Is Quantum Computing Still Considered to Be in Its Infancy?
Physics in The Early Twentieth Century: Creating A New Discipline
The Physics Behind Schrödinger's Cat
Einstein Theory of Relativity
General Relativity, Special Relativity, and Mass Equivalence
Rapid Development of Quantum Physics in the Mid-20th Century
Much, much more!