Sometimes, in a book actually not really about quantum physics, I unexpectedly come across a text that particularly appeals to me in the context of my idea that quantum physics has an important message for humanity. A message that is still not understood or not been recognized by the majority of scientists today. Lyall Watson however is a scientist who recognizes the message.
A scientist of stature
Malcolm Lyall-Watson is a widely oriented scientist of stature. He is a botanist, zoologist, biologist, anthropologist, paleontologist and ethologist. He was, among other things, director of the Johannesburg Zoo and has produced nature series for the BBC. Watson is an adventurer and also a captivating storyteller. This has resulted in a series of books of which I have only recently read just this one which leaves me wanting more.
I am concerned here with a passage in his book ‘Gifts of Unknown Things’ where he summarizes adequately quantum physics in three pages, in an attempt to explain his experiences on a small Indonesian island where the local population accepts extraordinairy phenomena as an element of everyday life. By the way, I can recommend the entire book to you, if only for its captivating reading pleasure.
An infinite book as a metaphor of the state wave
The text fragment in question: Watson presents in it a very understandable metaphor about quantum physical reality as a book where every set of two pages contains one of the infinite possible states of the universe. Where the book will open is unpredictable, but the book is bound and used in such a way that it does show a preference for certain pages. As long as the book is still closed, everything is possible, all pages – all possibilities – are still there. That is comparable to the situation where the state wave has not yet collapsed. The opening of the book is thus the measurement, the collapse of the state wave by the observation of the reader with only one pair of pages now being readable. But in fact everything is possible, all the pages are still there. Sumo – mentioned in the text – is one of the inhabitants of the island who, because of his belief system, cannot accept what he sees, until a dramatic outcome is needed.
A Modern Physics Problem
“Modern physics has a problem. In Newton's time, concern was directed largely at measuring things, because he believed, as many people still do today, that everything was knowable, and it was just a matter of clear thinking and lots of hard work. It was felt that the collection of information was vital and that when enough was available, the rest could be calculated or inferred. So classical physics for two centuries concerned itself almost entirely with the motion of bodies and the force of fields. Then Heisenberg showed it was impossible to determine exactly the position and momentum of any body at a single instant in time. This discovery in itself would have been of only academic importance if it had not also shown that changes were necessary in some of the most basic equations of physics. The changes were made, and they resulted in the development of quantum mechanics, and this has begun to bring about a major philosophical revolution. Physics is concerned with systems. As an example, let's choose a system made up of a number of moving particles that happen to look like the letters of the alphabet. The old physics had its classical equations of motion which were supposed to be able to calculate the complete state of such a system. Let's say that what they had in mind was an arrangement something like this page of this book. A pattern in code which would need deciphering but which could be used, they thought, like the Rosetta Stone, to understand the language and to predict the form of all future states, the pattern on all pages that might precede or follow this one. The new physics says fine, but there is a problem. There is no such thing as a single state. Each system has an infinite number of possible states, and it exists in all of them simultaneously. Quantum mechanics recognizes not the page, but the whole book as a more valid expression of the pattern of a system at any one moment in time. In fact, it goes a lot further than this thin book can, because it needs an infinite number of pages. Now, when we try to observe a physical system, when we attempt to make a measurement, we do not find a particle moving at a number of velocities, located in widely different positions. We catch the system in one of its infinite number of states. When we open a book, we see only one of the many different pages. With the book lying closed on the table in front of you, all those pages or states already exist, and any page is possible. The probability is not necessarily equal; there is usually a bias built into the binding which makes the book open more easily at a well-thumbed page. But with the covers closed, the system is open. It is a multiple state and enters a single state only when a reader comes along to take a measurement or make an observation. In the words of quantum mechanics, an observer collapses the system into one of its component states. He is not part of the system, he is not one of the letters that make up the pattern on the pages, and he cannot be included in the equations. But neither can he be left out, because without him there cannot be any particular pattern. Without an observer, there is no description; but no description can be considered complete unless it takes into account the effects of the observer who made it. There is no such thing as an objective experiment. This is the measurement problem, and it has left much of the physics community in a state of considerable disquiet. There are inevitably a number of unconvinced Newtonians (like Sumo) who are doing their best to discredit this interpretation, but so far they have had very little success. The uncertainty just won't go away. In fact, it gets more alarming all the time. When a system is observed, it collapses into one of its states. But what happens when there is more than one observer? Science refuses to accept as valid any measurement made by only one person. The experiment has to be repeatable and produce the same result. So when two scientists in widely separated laboratories succeed in making the same measurement, when they get the book to open at precisely the same page, there must be some factor which at that moment puts them on common ground. They must be linked. This linkage, which provides them both with the same page number, is a procedure that we call experimental protocol. It has to be followed precisely or the experiment will "fail"—the book will open elsewhere. It is a very strict procedure with a precise set of rules which require that individuality be held as far as possible in abeyance. It suggests that the scientific approach is a ritual, an incantation, a set of magic words and gestures for producing the desired effect. And what if there are two observers stationed at the same vantage point? Assume that the two scientists involved in this work happened to be together in the laboratory when the experiment was completed successfully for the very first time. They were exploring new territory, so there was no established protocol; they were simply following a hunch. They collapsed the system and exposed one of its states. Both made the same observation. They saw the same page. This could happen only if the observation process itself united them in some way, or if one of them saw the state first and imposed his view of it on the other. Both sides in the quantum-mechanical argument support the theory of relativity which says it is not possible to put either of the observers first. So that leaves us with only one possibility. Observers of the same state at any moment in time are coupled. And if there are more than two, they are grouped. And as joint observers are often too far apart to hold hands or make any normal physical contact during the process of observation, they must be united by some nonphysical factor. There is only one nonphysical entity that is nevertheless real and sufficiently widespread to be held responsible. Our consciousness.” From: Gifts of Unknown Things by Lyall Watson published by Inner Traditions International and Bear & Company, © 1991. All rights reserved. http://www.Innertraditions.com Reprinted with permission of publisher.
I totally agree.
Paul J. van Leeuwen graduated in applied physics in Delft TU in 1974. There was little attention to the significance of quantum physics for the view on reality at that time. However, much later in his life he discovered that there is an important and clear connection between quantum physics and consciousness.
What he learned between then and today resulted in a post academic course in quantum physics for non-physicists. A little bit later he decided to put the contents of that course, and more, in a book published in Dutch: Kwantumfysica, Informatie en Bewustzijn – and started a website on the subject. He translated the Dutch version of his book in English, titled: ‘Quantum Physics is NOT Weird’.