Paul J. van Leeuwen - Quantum Physics is NOT Weird

Quantum Physics

is NOT weird

“Paul van Leeuwen’s book Quantum Physics is NOT weird is a wonderful, very readable book that will convince thousands upon thousands of serious readers, including students of science, why consciousness is necessary to understand quantum physics and why materialist science is not adequate. I give the book my highest recommendation. This book will also give the inquisitive reader an introduction to the aborning quantum science of consciousness.”

–– Amit Goswami, PhD, author of The Self-Aware Universe, The Everything Answer Book, and with Valentina Onisor, The Quantum Brain

The monumental book of Paul van Leeuwen on “Quantum Physics is Not Weird”, by title, is a masterpiece in disguise. Of course, Quantum Physics is not easy to digest and even weirder than we sometimes can imagine. Yet, this book should be praised due to its transparent treatment and related educational illustrations, that highly facilitate the mastering of the intriguing contents. Many of the 15 chapters, in a critical manner, treat the historical experiments that supported the very creation of this crucial field in physics, that evidently represents the best theory we currently have for understanding the fabric of reality. The cunning explanations also include the dangers of misinterpretation of such studies, clearly exhibiting the professional insights of the writer. An aspect of reader self-control is integrated by ending each subject with “What did we learn from this Chapter”. The chapters, may here and there, require re-reading and re-thinking, but ultimately will make sense not only to more experienced scientists, but also for students and interested laymen. By all this, the book almost offers a crash-course into proper scientific thinking, and it reminded me of the famous book of Fritjof Capra on “the Tao of Physics” of about 50 years ago, that became a classic in academic education. Conclusion: the book of Paul van Leeuwen is unique through its superb writing and educational strength and is highly recommended for a broad circle of readers. As a result of their rewarding study efforts, they will see the world in an entirely different perspective, since the writer is not afraid to finally touch upon the implications for Near Death Experiences and other Psi phenomena.

–– EM Prof. dr. Dirk K.F Meijer, University of Groningen, The Netherlands

Quantum Physics

is NOT weird

It is how our consciousness creates our reality

Paul J. van Leeuwen

Second English ebook edition – ISBN: 978-94-0365-249-8

Text and coverphoto: Ir. Paul J. van Leeuwen MSc

ISBN: 978-94-6367-560-4 (Paperback – 1 stedition – Dutch)

ISBN: 978-94-6342-703-6 (E-book – Dutch)

ISBN: 978-94-6342-719-7 (Paperback – 2 ndedition – Dutch)

ISBN: 978-94-6342-719-7 (E-book - English)

ISBN: 978-94-0361-798-5 (paperback – 1 stedition – English)

ISBN: 978-94-0365-095-1 (paperback – 2 ndedition – English)

Copyright © 2022, Paul J. van Leeuwen

The scanning, uploading, and distribution of this book without permission is a theft of the author’s intellectual property. If you would like permission to use material from the book (other than for review purposes), please contact info@quantumphysics-consciousness.eu. Thank you for your support of the author’s rights.

All pictures in this book are made by the author or found at Wikimedia Commons, unless otherwise stated. In that case the source – when known – will be mentioned

This book may present you with a challenge. If you grew up in the Western world where you were told at home, at school, at university and through the media, that the world exists independently of you, indifferent to you being there or not being there. Where you were told that your consciousness is a product of your brain. That life is a matter of the survival of the fittest and that death is the absolute end of every individual. If you are still satisfied with that interpretation of reality, quantum physics could turn out to be a rather uncomfortable branch of science the moment you start to consider its implications. Indeed, a lot of physicists become visibly uneasy when they must explain quantum physics to lay persons, especially when it comes to the interpretation.

This book may take effort. Working through each chapter, you could have the uneasy experience of encountering some utterly strange ideas about the world in which you thought to exist. Uneasy, not so much because quantum physics is a weird tricky mind-bending subject, but mainly because you are asked to temporarily abandon your firm conviction that the universe is always outside somewhere over there, objective, and independent of you. Quantum physics seems to imply that you, yes you, are the creator of your world just by observing it. It contradicts the common western idea of consciousness as a product of the brain. Such a message could give you the feeling of losing the solid ground under your feet. Some little voice in you may insist, 'No, no, that cannot be true'.

Given this uneasy feeling of losing ground, it’s not surprising that the outcome of the quantum physics experiment in Delft in 2015 with entangled electrons caused the media to report in large headlines 'Quantum physics is definitely weird '.

That is why it is natural and expected that you put the book occasionally aside a while to ponder its ideas, or even just to put it out of your mind for a while. Let that happen. Let the book rest for a while on a place where it invites you to be picked up again in due time. Paper, real or virtual, is patient. Those readers who act in such a way, after such a rest, are likely to find the material more digestible on re-reading. Re-reading is a good strategy for this book. I hope you will, upon review of the evidence I will present, become convinced that the world exists thanks to us, not the other way around.

We will start with the dawn of Western science in Greece and man’s idea of his place in the cosmos and of the earth on which he walks. The roots of our western image of the world around us start there.

We will look at the Ptolemaic model of perfectly circular planetary and solar movements around a stationary earth that lasted a good 14 centuries, despite its erroneous and complex model. We will look at the famous foursome Copernicus, Kepler, Galilei, and Newton, that positioned the sun in the middle amidst the planets, in stark opposition to the belief of their contemporaries in the god(s)-driven circular revolutions of the planets.

The birth and first impressive successes of classical physics came about by them. Its fundamental assumption was that everything in the universe consisted of little hard balls of various sizes moving under the influence of a mysterious force called gravity. We follow the growing confidence of scientists in their assumption that classical physics will be able to explain all the phenomena in the universe. Their confidence is severely undercut at the end of the 19th century by the unexpected discovery of the Planck quantum. The subsequent heated discussions about the interpretation of quantum physics continue until this day. We will examine in detail the most intriguing quantum experiments, performed first as thought experiments and later in practice. These experiments confirm the vision of an observer manifested reality of the universe.

I will describe the role of quantum phenomena in living nature that were not recognized before the beginning of the 21st century. I will address the effect that information, when it reaches our minds, has on the world. However, I do not support the idea of a non-material mind influencing physical matter, that would be plain magic. Finally, I shall introduce, based on the above-mentioned quantum physics experiments the hypothesis of a cosmic consciousness. That hypothesis will answer a lot of the mind-bending questions evoked by quantum physics ... and many more.