Ediho Kengete Ta Koi Lokanga - Digital Physics: The Meaning of the Holographic Universe and Its Implications Beyond Theoretical Physics

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DIGITAL PHYSICS

The Meaning of the Holographic Universe and Its Implications Beyond Theoretical Physics

Ediho Lokanga

Copyright 2018 by Ediho Kengete Ta Koi Lokanga

All rights reserved. No part of this book may be used or reproduced, stored or transmitted in any manner whatsoever without permission from the author/publisher, except in case of brief quotations embodied in critical articles and reviews. Enquiries should be addressed to:

Printed in the United States of America

Book covers and design by:

Wordzworth Book Designers and Publishers

www.wordzworth.com

ISBN-13: 978-1979869515

Table of Contents

List of Figures

Figure 2-1: A hologram recording process. 34

Figure 2-2 : Aristotle's geocentric model of the universe included the Moon, Sun, as well as the visible planets and the fixed stars. The celestial bodies circled the Earth (in blue) attached to nested ethereal spheres. 61

Figure 2-3: The heliocentric or Sun-centered model places the Sun (in yellow) at the center of the universe with all the planets orbiting it in perfect circles. 62

Figure 2-4: Dendrons (dendrites) are sensory receptive fields where brain processing occurs.. 103

Figure 3-1: The Mandelbrot se t

Figure 3-2: Illustrative example of scaling a line, a square, and a rectangle by a factor of 112

Figure 3-3 : A typical example of a self-similar fractal:the Sierpinski Triangle .

Figure 4-1 : The quantum holoinformationalnature of the univers e

List of Tables

Table 2-1 : History of gravitational theory from Egyptian timesto th e twenty-first century. 68

Table 2-2: Similarities between the brain and hologram s

Table 3-1: A compilation of galaxy fractal dimension calculations for various redshift surveys (Adapted from Mureika 2007, 2.) 124

List of Abbreviations

Abbreviation	Meaning
AdS/CFT correspondence	anti-de Sitter Space/Conformal Field Theory Correspondence
BH	Black Hole
CDM	Cold Dark Matter
CMBR	Cosmic Microwave Background Radiation
DM	Dark Matter
FT	Fourier Transform
GR	General Relativity
HP	Holographic Principle
HU	Holographic Universe
MOND	MOdified Newtonian Dynamics
QG	Quantum Gravity
QH	Quantum Hologram
QI	Quantum Information
QM	Quantum Mechanics
QT	Quantum Theory
QTG	Quantum Theory of Gravity
SM	Standard Model
ST	String Theory
ToE	Theory of Everything
WMAP	Wilkinson Microwave Anisotropy Probe
ZPE	Zero-Point Energy

Dedication

This book is dedicated to the seven million people killed during the civil wars in the Democratic Republic of the Congo. Innocent civilians were murdered because of the infighting (funded by multinational companies) to grab the resources of the rich Congo. Let us come together and join hands in a show of solidarity to wipe out poverty, suffering, injustice, discrimination, and humiliation that the people of Eastern Congo have gone through.

Millions of people have lost their lives, homes, and belongings for reasons they did not create; it breaks my heart. The people of the Congo say:

• No to imperialism
• No to domination
• No to discrimination
• No to injustice
• No to land grabbing

The oppressed workers and peasants of the Congo say enough is enough. The Congolese population seek peace, equality, justice, and an end to the constant exploitation of their resources.

Acknowledgments

I would like to express my appreciation to the many people who continue to assist and help me daily. Special thanks to my wife Charlotte Lokanga and my children Engombe Wedi Lokanga, Shungu Umumbu Lokanga, Maranga Pama Lokanga (Mama Tshike), and Onadikondo Omadjela Lokanga (Papa Tshike). I extend my gratitude to my father Chief Lokanga Lopongo Onadikondo and my mothers Ehadi Walo, Ombawo Mundeke, and Ohandjo Tendake. My highest esteem goes to my late grandparents Chief Onadikondo Omadjela, Chief Ediho Kengete Ta Koi, and Mama Esambo Wanyakoi.

I am very grateful to Professor Rene Yamapi, Professor Laurent Cleenewerck and Euclid (Euclid University) for supporting my research in theoretical physics and theoretical computer science. Thanks also to my dear brother and friend Professor Ernest Parfait Fokoue, who continues to give moral support and practical assistance, and from time to time through our correspondence helps me to clarify ideas and provides constructive criticism.

My appreciation extends to my brothers and sisters for their interest, advice, and encouragement. Thanks to my brothers Onadikondo Omadjela, Lokanga Lopongo, Tsheko Lopala, Tolosudi Lokanga, Mukanga Lokanga, Tokombe Lokanga, Mupe Ndombasi (Ne Ndombasi Kongo), and Istadeva Emmanuel, for their constant support and encouragement. To my sisters Esambo Wanyakoi, Kongadji, Wondo Handaki, Dondja Esenge, Kabibi Lokanga, Atakete Lokanga, Omba Lokanga, Shako Lokanga, Mbutshu Lokanga, Mama Tshike Lokanga, and Okashoko Lokanga, I say a big thank you. I also offer my gratitude and thanks to all members of my extended family.

Finally, I would like to pay my highest respects to and express admiration for the work done by the following people:

• Cheikh Ahmadou Bamba, a Sufi religious leader and the founder of the large Mouride Brotherhood in Senegal.
• Professor Ngg wa Thiong'o, the most important African writer.
• P.E. Lumumba, Democratic Republic of the Congo, father of the nation

Introduction

T hroughout the history of science there have been many discoveries of new phenomena, which have not been satisfactorily explained by the prevailing theories or existing physical laws. For instance, despite the successes and achievements of quantum theory (QT), some paradoxes, mysteries, countless interpretations, different schools of thought, gaps in experimental work, or incompleteness of the theory have been pointed out. Something is missing from those theoretical and experimental studies. Some arguments or explanations seem incomplete or perhaps unreliable. As a result, new hypothesizes and theories arise. They emerge out of the prevailing wisdom and are postulated to cover new knowledge or explain the phenomena, failures, or incompleteness of the old theory in a new and, perhaps better, framework.

Therefore, the way forward would be for new experiments to be designed and performed until a satisfactory outcome was obtained come out of the theoretical hypothesis and the experimental work; new theories could be accepted and lead to new physical lawsthus collaboration among theorists, engineers, and experimentalists is crucial. We have learned throughout the history of science and technology that science is an evolving processnobody knows what the future will bring.

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