Unified Field Theory in a Nutshell1: The Quest for the Theory of Everything
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About this ebook
The first successful field theory was created by the Scottish Physicist James Clerk Maxwell in the mid -19th century – the electromagnetic field theory.
Then in the early 1900s, Einstein spent 30yrs of his life developing a unified field theory but all in vain.
One limitation with Einstein's work was at first his rejection, and then his ignorance of quantum theory.
Einstein was motivated by an intellectual need to unify the forces of nature. He felt very strongly that all of nature must be described by a simple force field theory from which all other forces can be deduced.
In principle, if one had the formula of a Unified field theory at hand, it would be possible to derive every other natural law from them, including all the laws of physics, chemistry, even molecular biology.
Without the use of the mathematics of the standard model and the notions of Einstein's general relativity theory, we postulate a single force field equation from which all other physics laws are derived.
Balungi Francis
Balungi Francis is a theoretical physicist and author of Quantum Gravity in a Nutshell, a book that explores the fundamental nature of space and time. He has a Bachelor's degree in Physics from Makerere University, where he developed his passion for understanding the mysteries of the universe. He has also published multiple books on topics such as gravitation, structure formation, theory of everything, and dark matter and energy. He is the founder of "Find yo Genius", an online library of over 1000 science and math eBooks and paperbacks by renowned physics and math geniuses. He is motivated by his curiosity and desire to share his knowledge with the world.
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Unified Field Theory in a Nutshell1 - Balungi Francis
UNIFIED FIELD THEORY IN A NUTSHELL1
THE QUEST FOR THE THEORY OF EVERYTHING
BALUNGI FRANCIS
ALSO BY BALUNGI FRANCIS
Quantum Gravity in a Nutshell1
Fifty Formulas that Changed the World
Brief Solutions to the Big Problems in Physics, Astrophysics and cosmology
What is Real?:Space Time Singularities or Quantum Black Holes?Dark Matter or Planck Mass Particles? General Relativity or Quantum Gravity? Volume or Area Entropy Law?
Balungi’s Guide to a Healthy Pregnancy
Think Physics Complete Series
Copyright © Balungi Francis 2020
Copyright © Barungi Francis 2020
Copyright © Bill Stone Services2020
Balungi Francis asserts the moral right to be identified as the author of this work.
All rights reserved. Apart from any fair dealing for the purposes of research or private study or critism or review, no part of this publication may be reproduced, distributed, or transmitted in any form or by any means, including photocopying, recording, or other electronic or mechanical methods, or by any information storage and retrieval system without the prior written permission of the publisher.
TABLE OF CONTENTS
Introduction
A unified field theory
Gravity
Electromagnetism
Experimental proof of the Unified Theory
1. The deflection of light in the Sun’s gravitational field
Glossary
Bibliography
Acknowledgments
About the Author
Introduction
The first successful field theory was created by the Scottish Physicist James Clerk Maxwell in the mid -19 th century – the electromagnetic field theory.
Then in the early 1900s, Einstein spent 30yrs of his life developing a unified field theory but all in vain.
One limitation with Einstein’s work was at first his rejection, and then his ignorance of quantum theory.
Einstein was motivated by an intellectual need to unify the forces of nature. He felt very strongly that all of nature must be described by a simple force field theory from which all other forces can be deduced.
In principle, if one had the formula of a Unified field theory at hand, it would be possible to derive every other natural law from them, including all the laws of physics, chemistry, even molecular biology.
Without the use of the mathematics of the standard model and the notions of Einstein’s general relativity theory, we postulate a single force field equation from which all other physics laws are derived.
A unified field theory
The building blocks of all physical laws are fields over a surface S with a defined area A.
In physics, a field is an area under the influence of some force, such as gravity or electromagnetism.
A field theory therefore refers generally to why physical phenomena happen, and how these phenomena interact with nature.
It is now clear that all forces between any two particles can easily be described by the constant interchange of quanta ( force carrier or messenger particle), between them. The quanta for the electromagnetic force is a photon, the quanta for the weak force are the W and Z bosons, the quanta for the strong force is the gluon and the quanta for gravity is the graviton.
Because the vacuum is not