Inside the spirit matrix: a contextualization of contemporary physics
Published in psycho.philica.com
[M]atter, which we can now define only as that which satisfies the laws of physics, may be spirit insofar as… the spirit conforms to the mental operations of distinguishing and objectifying. We can explain causally… precisely to the degree to which spiritual reality can be objectified; in this objectified form it is called… matter.
[I]n the history of philosophy this identity has been variously expressed by asserting that the final reality is spiritual; what… we call matter is the mode in which this final reality is perceived by itself as alienated from itself.
C.F. von Weizsäcker (1980, pp. 234, 244)
How do I know I’m not a brain in a vat?
In the 1999 Hollywood blockbuster film The Matrix, an enigmatic character called Morpheus tells Neo, a computer programmer and night-time hacker: "The world has been pulled over your eyes to blind you from the truth." Adi Shankara could have said that. To bring home his point, Morpheus asks Neo: "Have you ever had a dream that you were so sure was real? What if you were unable to wake from that dream. How would you know the difference between the dream world and the real world?"
How indeed would we know that this world is not a virtual reality created by something or someone beyond it, by whatever means, for whatever purpose? There are two ways to find out. One is a spiritual awakening to "That which being known all is known", yasmin vijnate sarvam vijnatam. The other is to take a close look at this dream world, this world that has been pulled over our eyes. Let's look at it with the eyes of a physicist — a physicist living at the end of the 19th Century to begin with.
An almost self-sufficient world
For this physicist the world was a multitude of "bodies" all having a mass and some carrying a charge, and these bodies were interacting via two kinds of force, electromagnetism and Newtonian gravity. What is important for us here is to separate the facts from the fictions.
The method that was used to turn fact into fiction consisted in the transmutation of a mathematical algorithm for calculating the effects that charges have on charges, into a physical mechanism or process by which charges act on charges. What made this transmutation possible was the fact that the electromagnetic action of charges on charges is retarded: causes precede their effects. Because the Newtonian gravitational action of one body on another is instantaneous, the same sleight of hand could not be applied to Newton's theory of gravity. Newton therefore famously refused to embroider his theory with a story purporting to explain how one body acts on another. But it could be applied to Einstein's theory of gravity, in which electromagnetic and gravitational effects are equally retarded, and after that it almost seemed as if the inventory of the world was complete and its processes were fully understood. "Almost", because by then it had become clear that some experimental findings were in striking disaccord with the predictions of what we now call "classical physics", notably the stability of atoms and the radiation emitted by a glowing hot object.
We may now fast-forward to the 21st Century. The general theoretical framework of contemporary physics is quantum physics. Here, too, we need to separate the facts from the fictions. Fact is that this theoretical framework is a probability calculus. Given the actual outcomes of measurements that have been made, we can calculate the probabilities of the possible outcomes of measurements that may be made. In other words, we have a bunch of statistical correlations between outcomes of measurements either performed on the same object at different times or performed on different objects at the same time. And that's it, as far as the facts are concerned.
Needless to say, this is a far cry from having an inventory of the world or understanding its processes. The crux of the matter is that the time-honored sleight of hand — the transmutation of mathematical tools into physical entities — no longer works. It is impossible to transmogrify the quantum-mechanical correlation laws into physical processes by which measurement outcomes determine the probabilities of measurement outcomes, let alone into mechanisms by which objects interact with each other. Philosopher of science Dennis Dieks (1996) has aptly summed up the situation by saying that
the outcome of foundational work in the last couple of decades has been that interpretations which try to accommodate classical intuitions are impossible, on the grounds that theories that incorporate such intuitions necessarily lead to empirical predictions which are at variance with the quantum mechanical predictions.
It is not hard to see why for those who wanted to incorporate the facts into a self-sufficient totality of material constituents and physical processes, the first order of business was to rid the theory of its inherent dependence on measurements. Apart from producing a variety of pseudo-problems and gratuitous solutions, these misdirected efforts have blinded everyone concerned to the one possible story that makes sense (Mohrhoff, 2000, 2002bcd, 2004b, 2005, 2006de). For this story to become intelligible, one must, in addition, stop asking: what are the ultimate building blocks and how do they interact and combine? These questions proceed from the assumption that what ultimately exists is a multitude — of particles, spacetime points, whatever. If you expect quantum mechanics to answer these questions, you will come to agree with some of the greatest physicists of our time that quantum mechanics makes absolutely no sense.
One Being and its manifestation
The right questions to ask proceed from the assumption that what ultimately exists is a single, intrinsically ineffable Being. How does this manifest itself? How does it come to constitute an apparent multitude of objects? How does it realize their properties? If you turn to quantum mechanics with these questions, you will be surprised at the straightness of the answers. Among them is the most economical creation story ever told: by entering into spatial relations with itself, this single, intrinsically ineffable Being gives rise to both matter and space, for space is the totality of existing spatial relations, while matter is the corresponding apparent multitude of relata — apparent because the relations are self-relations.
If space only contains the spatial relations that hold among objects, then it does not contain objects. It only contains their forms. The form of a composite object is the totality of its internal spatial relations. Objects that lack internal relations — like quarks (which are instrumental in the manifestation of protons and neutrons) and electrons (which together with protons and neutrons serve to manifest atoms and molecules) — are therefore formless. Not only are these so-called "ultimate constituents of matter" formless, but if we consider them by themselves, out of relation to each other and the rest of the world, they lack properties altogether. The reason this is so is that physical properties are defined in terms of either spatiotemporal or dynamical relations.
According to a philosophical principle known as "the identity of indiscernibles", A and B are one and the same thing just in case there is no difference between A and B. Not only is there no difference between the properties of any of the so-called "ultimate constituents of matter" (inasmuch as they have none) but quantum mechanics also rules out the existence of individualizing substances. These are some (though not by any means all) of the reasons why the true number of "ultimate constituents" is one.
Quantum supervenience: to be is to be measured
All of quantum theory's many baffling features2 are subsumed and eclipsed by the supervenience3 of the microscopic on the macroscopic, which flies in the face of a twenty-five centuries old paradigm. The microworld of molecules, atoms, and subatomic particles is what it is because of what happens or is the case in the macroscopic world, rather than the other way round as we are prone to think. In the quantum world, to be is to be measured. A property exists only if, only when, and only to the extent that its possession can be inferred from an actual event or state of affairs. By the same token, a measurable quantity has a value only if, only when, and only to the extent that a value is indicated. This is the reason for quantum theory's inherent dependence on measurements, which obviously has not been understood by those whose aim is to rid the theory of this dependence.
If quantum mechanics tells us how the world has been or is being manifested, rather than how things are put together, then this dependence is not that hard to understand. If you experience something the like of which you never experienced before, you are obliged to describe it in terms of familiar experiences. Similarly, what lies "behind" the manifested world can only be described — in fact, can only be defined — in terms of the finished product — the manifested world. Quantum mechanics affords us a glimpse "behind" the manifested world — the macroworld — at formless particles, non-visualizable atoms, and partly visualizable molecules, which, instead of being the world's constituent parts or structures, are instrumental in its manifestation. But in order to describe what we lies "behind", we must refer to what happens or is the case "in front".
Physics: the art of knowing without knowing
Since the word "fundamental" does not have a comparative, a theory is either fundamental or it is not. If a physical theory is fundamental and complete, then it is capable of explaining everything else and therefore incapable of being explained by anything else — except teleologically, by pointing out the reasons why it has the particular form that it does.
One of the reasons why the general theoretical framework of contemporary physics has the particular form that it does, is that without it stable objects could not exist. Specifically, the existence of objects that
requires the fundamental theoretical framework of contemporary physics to be exactly what it is (Mohrhoff, 2006a). Since this framework presupposes measurement outcomes, its consistency requires the existence of measurement outcomes, and it is eminently plausible that the existence of measurement outcomes in turn requires the validity of all empirically tested physical theories — namely, the so-called "standard model" and Einstein's theory of gravity — at least as effective theories4 (Mohrhoff, 2002a).
This is a humbling result, for it means that all empirically tested physical theories are essentially tautological. If you want spatially extended objects that neither explode nor collapse the moment they are formed, the validity of these theories is guaranteed. To be precise, their validity is guaranteed if spatially extended objects are composed of objects that lack spatial extent. This is the sole nontrivial input and the only real mystery. Why are things that "occupy space" made of finite numbers of things that don't?
It certainly does not have to be that way. Why should Being be incapable of manifesting itself via a continuous substrate rather than via a particulate one? In fact, Sri Aurobindo (1972, Book I: Chaps. XXVI, XXVII, Book II: Chap. XXI) assures us of the existence of an ascending series of non-evolutionary worlds, and in these supraphysical worlds the reason for the particulate constitution of physical matter does not exist. It is unique to Being's evolutionary manifestation. The creation of a world of formless particles is the final stage of an involution that sets the stage for Being's adventure of evolution (Mohrhoff, 2004, 2006bc).
An incomplete world
Since the early days of quantum physics it has been claimed, most famously by Einstein, that the theory is incomplete. What is actually incomplete is not the theory but the physical world, and this in several ways.
For one, it is incomplete as compared to certain theoretical expectations, which have psychological underpinnings (Mohrhoff, 2001a, 2006df), but which are physically unwarranted. One of these expectations is that space is an intrinsically and completely partitioned expanse. In reality, the spatial differentiation of the physical world is incomplete. It doesn't go "all the way down". If in our minds we partition the world into smaller and smaller spatial regions, there comes a point beyond which these regions, or the corresponding distinctions, do not correspond to anything in the physical world.
There are therefore (at least) three reasons why an adequate theoretical model of the physical world cannot be built "from the bottom up".
As it is said in the Rig Veda (Sri Aurobindo, 1972, p. 889), the foundation is above.
Another incompleteness of the physical world is the absence of a micro-causal nexus. As mentioned already, it is impossible to interpret the quantum laws as describing physical processes by which measurement outcomes determine the probabilities of measurement outcomes, let alone as mechanisms by which objects act on each other. Quantum mechanics presupposes property-indicating events, and so it cannot account for the occurrence of such events. The theoretical framework of contemporary physics is incapable of providing causally sufficient conditions for the events that it serves to correlate (Ulfbeck & Bohr, 2001; Mohrhoff, 2002d), and the assumption that such conditions nevertheless exist invariably leads to predictions that are inconsistent with it. These events lack causally sufficient conditions.
Searching for causal explanations of the quantum-mechanical correlations is putting the cart before the horse. It is the laws that govern these correlations that determine the extent to which causal concepts can be used. Such concepts are useful inside the macroworld — the manifested world — in which the statistical correlations of quantum mechanics degenerate into deterministic correlations, inasmuch as only the latter kind of correlations can be understood in terms of relations between causes and effects.5
Time and causation
The causal links that exist between events in the manifested world — and this is the punchline — are parts of this world and therefore are not involved in its manifestation. Nor is there such a thing as a micro-causal nexus underlying and supporting the macroworld. We are led to conceive, instead, of an entirely different kind of causality — the causality by which a single, intrinsically ineffable Being manifests itself, or by which the macroworld emerges from it. This is not a causality that acts across space and time, nor an emergence in time. It is a causality that proceeds from a Being beyond space and time. We ought to appreciate how well this accords with our earlier conclusions:
And there is more. We are accustomed to the idea that the redness of a ripe tomato exists in our minds, rather than in the physical world. We find it rather more difficult to accept that the same is true of the experiential now: it has no counterpart in the physical world. The proper view of physical reality is not only what Thomas Nagel (1986) has called "the view from nowhere" but also what Huw Price (1996) has called "the view from nowhen" (Mohrhoff, 2001a, 2002b, 2006df).
The view from nowhere and nowhen is Being's aperspectival6 view of its manifestation. The perceptual quality of this four-dimensional manifold, however, may be as different from the perceptual quality of the three-dimensional manifold of space as this is from the perceptual quality of the one-dimensional manifold of time. In other words, Being's view of its manifestation may be so different from ours as to be completely unimaginable. Sri Aurobindo (1972, p. 133) confirms this when he writes:
At certain moments we become aware of such an indivisible regard upholding by its immutable self-conscious unity the variations of the universe. But we must not now ask how the contents of Time and Space would present themselves there in their transcendent truth; for this our mind cannot conceive[.]
What can we learn from contemporary physics concerning the Force by which Being manifests itself? In the quantum world everything is possible — that is to say, every conceivable measurement outcome has a probability greater than zero — unless it violates a conservation law. We never have to explain why something is possible. We only have to explain why certain things are not possible. This is not the characteristic of a force subject to rigidly mechanical laws. This reveals the working of a minimally constrained omnipotent force. By "minimally constrained" I mean that the only constraint imposed on it is that it has to manifest a world containing stable objects that (i) "occupy space" and (ii) are "made of" finite numbers of objects that don't. In other words, it has to set the stage for Being's adventure of evolution.
We have taken a close look at the laws of contemporary physics with a view to determining whether they can possibly be the laws governing a self-sufficient material reality, and we have found that they cannot. They reveal in so many ways that this apparently free-standing, objective reality exists within a larger Reality. It is created and sustained by an omnipotent Force. It is the manifestation of a single ineffable Being or Spirit. We live inside the Spirit Matrix.
Dieks, D. (1996). The quantum mechanical worldpicture and its popularization. Communication & Cognition 29, 153-168.
Gebser, J. (1985). The Ever-Present Origin (Part 1: Foundations of the Aperspectival World. Part 2: Manifestations of the Aperspectival World). Athens, OH: Ohio University Press.
Mohrhoff, U. (2000). What quantum mechanics is trying to tell us, American Journal of Physics 68, 728-745.
Mohrhoff, U. (2001a). Beyond the cookie cutter paradigm. In Consciousness and its Transformation: Papers presented at the Second International Conference on Integral Psychology (edited by M. Cornelissen). Pondicherry: Sri Aurobindo International Centre of Education, pp. 333-345.
Mohrhoff, U. (2001b). Objective probabilities, quantum counterfactuals, and the ABL rule: A response to R. E. Kastner. American Journal of Physics 69, 864-873.
Mohrhoff, U. (2002a). Why the laws of physics are just so. Foundations of Physics 32, 1313-1324.
Mohrhoff, U. (2002b). The world according to quantum mechanics. Foundations of Physics 32, 217-254.
Mohrhoff, U. (2002c). Reflections on the spatiotemporal aspects of the quantum world, Modern Physics Letters A 17, 1107-1122 (invited talk at the First Meeting on the Interface of Gravitational and Quantum Realms held at IUCAA, Pune, India, 17-21 December, 2001).
Mohrhoff, U. (2002d). Making sense of a world of clicks. Foundations of Physics 32, 1295-1311.
Mohrhoff, U. (2004a). Psychology all the way down. Paper presented at the National Conference on Indian Psychology, Yoga, and Consciousness, Pondicherry, 10-13 December, 2004. http://thisquantumworld.com/PDF/psyawd.pdf.
Mohrhoff, U. (2004b). This elusive objective existence. International Journal of Quantum Information 2, 201-220.
Mohrhoff, U. (2005). The Pondicherry interpretation of quantum mechanics: An overview, PRAMANA—Journal of Physics 64, 171-185.
Mohrhoff, U. (2006a). Quantum mechanics explained (submitted). http://arxiv.org/pdf/quant-ph/0607005.
Mohrhoff, U. (2006b). Particles, consciousness, volition: a Vedantic vision. Accepted for publication in Noetic Journal. http://cogprints.org/4479/.
Mohrhoff, U. (2006c). The physics and psychology of Brahman. Forthcoming. http://thisquantumworld.com/PDF/childhood.zip.
Mohrhoff, U. (2006d). Is the end in sight for theoretical pseudophysics? In New Topics in Quantum Physics Research (edited by V. Krasnoholovets and F. Columbus). New York: Nova Science Publishers.
Mohrhoff, U. (2006e). Defending the Pondicherry interpretation: A response to Shafiee, Jafar-Aghdami, and Golshani (submitted). http://arxiv.org/pdf/quant-ph/0611055.
Mohrhoff, U. (2006f). The Quantum World, the Mind, and the Cookie Cutter Paradigm. Accepted for publication in Noetic Journal. http://cogprints.org/4480/.
Nagel, T. (1986). The View from Nowhere. New York: Oxford University Press.
Price, H. (1996). Time's Arrow & Archimedes' Point. New York: Oxford University Press.
Sri Aurobindo (1972). The Life Divine ( SABCL Vols. 18-19). Pondicherry: Sri Aurobindo Ashram Trust.
Ulfbeck, O., & Bohr, A. (2001). Genuine fortuitousness. Where did that click come from? Foundations of Physics 31, 757-774.
Von Weizsäcker, C. F. (1980). The Unity of Nature. New York: Farrar, Straus, Giroux.
1 Did you notice that this story fails to explain how a charge locally acts on the electromagnetic field, how the electromagnetic field locally acts on itself, or how the electromagnetic field locally acts on a charge? Apparently the familiarity of what seems to be local action (a kick in the butt, a slap in the face) makes us believe that local action is well understood.
2 According to Schrödinger (1935), entanglement is "the characteristic trait of quantum mechanics". According to Misner et al. (1973), the central mystery of physics is the "miraculous identity" of particles of the same type. According to Feynman et al. (1965), the double-slit experiment with electrons "has in it the heart of quantum mechanics". According to Stapp (1975), Bell's theorem (establishing the inconsistency of quantum mechanics with a locally definite world) is "the most profound discovery in science".
3 Supervenience is a technical term of philosophy for a non-specific relation of determination between two types of properties. Properties of type B are said to supervene on properties of type A if objects cannot differ in their B-properties without differing in their A-properties.
4 Effective theories are theories that are valid over many but not all scales of length.
5 The temporal asymmetry associated with the cause-effect relation, however, is an aspect of the way we experience the world rather than an aspect of the physical world (Mohrhoff, 2001b, 2002b, 2006f).
6 The term is used here in the sense introduced by Jean Gebser (1985).
This paper was presented at Approaches to Mind Sciences Emanating from Indian Culture, conference organized by the Department of Psychology, University of Delhi, India, January 27-29, 2007.
Information about this Article
Published on Friday 9th February, 2007 at 03:33:06.
Peer review added 3rd March, 2007 at 16:16:36
In my opinion there is a confusion in author understanding of, for example, the nature of electromagnetic forces. In classical terms we exactly now how the fileds interact with the matter and on themselves and this classical view leads to the Darwin correction of the electromagnetic Lagrangian. This classical view gives the selfinteraction field and the charge causing the effect of acceleration of the particle in its own field. To solve the problem we have to use the quantum electrodynamics that removes such the effect. I think that the author do not understand the relation between the model and the reality. So as to check whether or not the God exist and the spiritual world we have to follow its tips. There are many theories of the spiritual world and when you check the results predicted by one of them doing accroding its instructions you will know that the world exists. The nature of the laws and their existence are not sufficient to determine whether or not the spiritual world exists. But the results are, especially when they are in contradiction with the “good” physical laws. And if you think that you are manipulated so, using tips taken form some of beliefs you can avoid such a “manipulator.” Some of them claim that you can meet the Spirit living according to their rules. Thus, achivieng the desired results you know that the spiritual life exists. So, only the spiritual experiment can give the answer to the problem of the existence of the spiritual world.
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