Quantum Physics for Beginners & Kids: For Curious Minds to Understand the Subatomic World & Basic Concepts from Wave The

Discover the wonder of Quantum Physics and its application in technology, science, and human consciousness—even if science has never been your strength. Do you feel like Quantum Physics is beyond your grasp? Are you overwhelmed by complex Quantum concepts? Are you curious about Quantum Physics, but feeling stuck? You may wonder why this branch of science is so mysterious and appealing all at once… and wish that you could grasp its meaning, significance, and application to your life, well-being, and consciousness. And now you can! You'll learn the Quantum principles we rely on in our day-to-day lives and how they impact human health and well-being . Concepts such as interconnectedness apply to the mind-body connection, revealing the interaction between psychological factors and physical health. You'll discover how consciousness arises from quantum processes within the brain, sparking fascinating discussions about the nature of consciousness and its link to the physical world. If you're looking for a guide that simplifies complex concepts and delves into the most fascinating facts about quantum physics, then this book is exactly what you're looking for. Within its pages, you will discover: An introduction to quantum physics— how this branch of modern physics revolutionized our idea of the structure of the atom— delve into the fascinating findings of scientists like Planck, Bohr, and Heisenberg Exactly what wave-particle duality is —and how it reveals that particles can exhibit both wave-like and particle-like properties, depending on two vital phenomena Heisenberg's uncertainty principle —find out why we cannot know both the position and speed of a particle with perfect accuracy Quantum superposition and why a quantum system exists as the result of the superimposition of many of its states— presenting Schrodinger's cat, that can be alive and dead at the same time The mystery of tunneling resolved—how a particle can penetrate through a potential energy barrier that is