Quantum Physics for Beginners

What sets Quantum mechanics apart from the mainstream of Physics?

How may a scientific theory explain God's natural world?

Do you want to discover more about Quantum Physics but find the math intimidating?
Your quest is ended since this basic book covers the quantum universe in a straightforward and enjoyable way

This book describes the narrative of scientists who contributed to the creation of Quantum Physics and explains how this field of research led to the development of modern technology and cosmic fantasies. The goal is to provide a book that can easily explain the discipline's complicated and usually conflicting ideas: a book for those who want to grasp what Quantum Physics has disclosed and what it reveals about the base of existence, but in simple and understandable language.

The quantity of pictures that accompany the text and greatly enhance understanding is a significant part of what defines the book so fantastic. As a consequence, for many people, this is the best first book to read when learning about Quantum Physics as well as its associated ideas. You should be aware that the book contains formulas that are simple to grasp because of the good explanations and drawings that accompany them.

The purpose of the book is to present a straightforward and basic but scientifically correct explanation of what happened in the field of physics in the early years of the twentieth century when the essential principles of Quantum Physics were developed. Another notable achievement of this book is that it completely describes the conceptual phases and implications at the levels of ideas that have been determined by discoveries as well as debate within the field.

The book covers the most important key concepts in the area of Quantum Physics, including:

Source of Physics and its evolvement

How does Classical Physics vary from Quantum Physics?

Corpuscular Nature vs. Electromagnetic nature of light

Concept of Black Body and UV Catastrophe

Einstein and Photoelectric Effect

Compton's Effect

Wave-Particle dualism

Schrodinger Wave Mechanics

Uncertainty Principle

Formation and Evolution of atomic models

Tunneling, EPR Paradox and Entanglement

Eras of Quantum Revolution