My posts that attempt to relate certain perspectives based in science and spirituality
Werner Heisenberg is famous for the Uncertainty Principle. This principle basically posits a limitation on localization of conjugate pairs of physical properties such as momentum and position. Essentially, the principle says that you can’t have precise observation of both properties simultaneously. Simply stated localization refers to placing some event or property in space and time. However, Niels Bohr saw additional implications in this formulation and extended it into what is now known as the Complementarity Principle. In Bohr’s more general version, he proposes that the limitation on localization applies also to alternate ways of perceiving and interpreting any given event. Bohr stipulated that the alternate ways of perceiving and interpreting an event were in fact complementary. More importantly, for the purposes of this piece, Bohr proposed that a full understanding of categorical dichotomies can only come about through establishing a superposition of the conjugate pair. A superposition for the purpose of this piece will be defined as a condition in which neither component of a complementary pair is localized.
Robert Jahn and Brenda Dunne in Margins of Reality extend the complementarity principle to include states of consciousness. These writers provide several examples of such complementary processes in human consciousness: analysis/synthesis, observation/participation, reasoning/intuition and doing/being. It appears that both the physical and mental worlds consist of many such dyadic pairs. The concept can also be extended to the biological dimension (male/female), to the emotional dimension (love/hate) and to the social dimension (rich/poor). Many other examples could no doubt be generated but these should be sufficient for illustration. The point is that it isn’t possible to have both of these dichotomous but complementary pairs manifest simultaneously within the same physical reality, consciousness or person, which no doubt lies behind our general disdain for any ambiguity that we perceive in a recognized and accepted dichotomy such as male/female. Thus, this is how the dualistic world that we inhabit is built.
Jahn and Dunne suggest that for the most part the best one can do with complementary processes within localized consciousness is learn to establish a balance between them. Take, for example, an activity such as art. One cannot access creative inspiration while focused on the details of the painting process. On the other hand, one cannot practice the details of the painting process while seeking an artistic intuition. If one focuses exclusively on intuition then one may have an artistic inspiration but not a work of art. On the other hand, if one focuses exclusively on the painting process one may create a painting but not a creative masterpiece. The switching from one mode to the other and back again involves the dichotomy between doing and being. As the quantum physicist Amit Goswami has suggested, one should learn to regularly shift between these alternatives or as he often says, “do, be, do, be, do.” However, this describes a balance achieved by alternating between modes, not a superposition.
To experience a superposition one must go further and resolve the differentiated nature of the complementary pairs. It is proposed then that experiencing a superposition is what occurs when one has the simultaneous experience of both local and non-local consciousness, that is, an enlightenment experience. In short, enlightenment is the resolution of the apparent dichotomy within consciousness. Thus, enlightenment might be defined as a direct experience of the superposition of all dualistic systems within material reality and thereby revealing their undifferentiated origins; i.e., the unity of All That Is.
The outline of Goswami’s Brain-Mind model presented below doesn’t capture all of the nuances of the development that the model received in his book The Self-aware Universe. I have used a few terms, especially in the upper part of the Figure at the end, that he doesn’t use but that I think are comparable and to which he probably would not object. For example, he uses the term Unitive Consciousness and I used the term Unified Field of Consciousness (UFC). I have also used three terms that come from David Bohm’s model (Super Implicate Order, Implicate Order and Explicate Order). Bohm indicates that the explication of a collapsing wave of possibility by its unfolding from the Implicate Order (transcendent dimension) into the Explicate Order (material dimension) is what creates our perception of time. Since in Goswami’s model the transcendent non-local consciousness, (NLC) is obscured from local consciousness (LC). I offer Bohm’s idea of how time is created as the basis for the temporal discontinuity that obscures the one from the other. Goswami does discuss a temporal discontinuity as being what obscures our unconscious programming from our conscious awareness so proposing a complimentary temporal discontinuity as the obscuring factor between NLC and LC seems reasonable and provides a certain symmetry.
I have also included in the upper portion of the figure the term Quantum Monad (QM), which is a term used by Goswami but not until a later book (The Physics of the Soul, as I recall) and is roughly equivalent to what is often thought of as a soul. A QM is one possibility from a more complex set of possibilities which he refers to as a Bliss Body and I have referred to as an Oversoul (OS). If you think of the UFC (NLC, if you prefer) as a fabric then an OS is like one thread contributing to that fabric. An OS is too complex for explication into a single physical body/brain in the material dimension so a portion of it is explicated, i.e., a QM. Thus, LC can be thought of as a node of NLC that has its roots in the transcendent dimension but is generally unaware of its connection to the OS from which it is being projected, which in turn is an integral part of the UFC or NLC. The veil obscuring NLC from LC appears to me to be the temporal discontinuity created by the explication process.
Briefly, as a QM and it’s physical host grow and develop it is presented with many situations and choices. These choices can be thought of as a wave of possibilities with varying probabilities of being chosen and thus collapsed into actuality. Some possibilities are more probable than others for a variety of reasons, including biological programming (e.g., an innate preference for a sweet taste) and socio/cultural influences operating from outside the individual nudging him or her toward particular choices (e.g., parental preferences). Choices have outcomes and if an outcome is rewarding the same choice becomes more probable in future situations in which the previous choice is present. On the other hand, if the outcome is punitive the choice becomes less probable. Eventually, a program based on classical memory and consisting of a type of situation, a choice and an outcome is created and becomes an automatic process that operates beneath conscious awareness. Thus, our life is shaped over time and eventually the vast majority of our thinking, feeling and behavior arise from automatic programs (APs) [see Chapter One, page 21] that keep us largely on autopilot (some suggest as much as 99.99% of our activity is on autopilot). The choice made by an AP is what we sometimes refer to as the “path of least resistance.” Conscious awareness is engaged with dealing with those situations that arise for which we don’t have automatic programs to engage the situation. Conscious awareness also observes the thoughts, feelings and behaviors arising from the unconscious APs. There is a demonstrated brief time lag between the choice made by an AP and awareness of it and its execution.
One effect of this temporal discontinuity is that conscious awareness begins to generate an explanation for why certain thoughts, feelings and/or behaviors are occurring. What evolves is a “fictive self” or agent that is allegedly responsible for these occurrences and constructs an explanation for them or one’s personal narrative. This agent is also referred to as self, ego and I. Thus, if one defines “free will” as the ability to make lower probability choices than the automatic and high probability choice that we would make on autopilot, then the most basic exercise of “free will” is the ability to say “no” to an AP choice arising from outside of awareness. One obstacle to doing this other than the effort required is that often the time lag between decision and awareness is long enough that the temporal discontinuity obscures the operation of the AP. Thus, our action appears to be a reflex response that seems to be coincident with awareness.
Goswami suggests that one effect of meditation practice is that this time lag diminishes and the temporal discontinuity obscuring one’s AP from conscious awareness is weakened. The other effect at this level is that sitting quietly and allowing thoughts and feelings to arise into awareness and pass through provides practice in not reflexively acting on such thoughts and feelings. Goswami likens a thought to a quantum object. One can focus on and follow a thought and observe its path or one can focus on its content and explore the richness of its content but one can’t do both at the same time. Thus, a thought can be compared to either a wave form or a particle form. In meditation, one attempts to develop skill at avoiding following or exploring the thoughts and feelings that arise into consciousness. Thus, systematic application of meditation to develop local consciousness helps one acquire the tools needed to be less of a victim of AP and more deliberate or mindful about one’s choices.
Meditation can also help one bridge the temporal discontinuity obscuring LC from NLC. By learning to deliberately minimize one’s attention to stimuli being generated by APs and the external conditions that activate them, it becomes possible to more easily access NLC. One effect of this is to open the doors to a more creative life since NLC contains infinite possibilities although with limits on the degree LC can engage them. Goswami suggests that Jung’s collective unconscious is an aspect of NLC and that the archetypes (defined as quantum objects) that are available therein constrain the infinite possibilities to a set available for exploitation by humanity. These constraints on possibility along with constraints on choices shaped by biology, language and culture are what create the consensus reality that permits a sense of shared experience. Personally, I view consensus reality at its broadest as a “fictive self” for the species and somewhat more narrowly as a “fictive self” for any given society. Finally, weakening the temporal discontinuity between LC and NLC also opens up the possibility of direct experience of the UFC, which many mystics have described as experiencing the unity of all things or merging with the mind of God.
David Bohm was an eminent quantum physicist. Early in his career he worked with Albert Einstein at Princeton University. With Yakir Aharonov he discovered the Aharonov-Bohm effect. He was professor of theoretical physics at Birkbeck College, University of London and author of several books on quantum physics. He died in 1992. The David Bohm Society.
The holomovement is a quantum field (QF) outside of space-time in which everything exists simultaneously as a unified whole creating a seamless, multidimensional field that is imbued with consciousness, intelligence and meaning. The QF is a vast sea of light energy in a state of constant flux and is the ground for all that is. The fundamental reality thus created is a unity that is causal but nonlocal. This means that events arising from the holomovement are determined but are independent of space and time (see two Figures, at end).
A. Super Implicate Order:
Creativity has its roots in the super implicate order, which is governed by the super quantum potential where possibilities are infinite. The super quantum potential is the source of the processes, laws or principles that give rise to the forms that are taken on by quantum potential (Q), which gives rise to implicate orders. Creativity is expressed through the QF as it generates implicate orders in a manner that could be compared to the way in which a fractal algorithm generates ordered forms in a seemingly random process.
B. Generative Order:
The QF is permeated by and is in correspondence with Q from which both waves and particles arise. Q acts on the entire QF and relates every particle to every other particle. Q does not carry energy but rather information. The effect that Q has on a particle is determined by Q’s form and the information carried by Q determines its form. Form is the structure, pattern, shape or organization conferred on a particle by Q. It is distinct from the particle itself and is analogous to the way the rules of syntax are independent of a sequence of words forming a sentence but guide its formation. Thus, Q can be thought of as the formative cause that guides the activity of a particle.
Order is dynamic and controlled by the information available in a specific context. What appears random in one context will be seen to be part of an ordered pattern in a broader context where more information is available. For example, evolutionary theory attempts to create an orderly description from apparently random events. Bohm’s model, however, suggests that what appear to be random events are actually embedded in a higher order that provides a broader context in which the random events become part of an orderly pattern. Order exists along a spectrum of orders that represents an open and potentially infinite system. For example, when a mystic perceives the reality of an implicate order, the mystic’s context has been enlarged or broadened. However, the level of detail or content available will be less than that perceived by a physicist from the context existing in the corresponding explicate order.
C. Implicate Orders:
1. Formative Order:
Bohm’s second implicate order. The subtle level of formative, organizing and creative activity. The “blueprint” for the material order.
2. Material Order:
Bohm’s first implicate order (first in the sense of being the first level above the explicate order). At this level particles (the basic building block for matter) undergo rapid creation and annihilation causing matter to appear to be blinking on an off. Particles are created by the convergence of waves in the QF causing an interference pattern or ripple referred to as a wave packet. The process described as “blinking” is also referred to as enfolding and unfolding and as projection and injection. A particle is explicated, unfolded or projected into the explicate order and then implicated, enfolded or injected back into the implicate order. One complete cycle is called a moment. The more rapid this process the greater the appearance of seamless continuity as perceived from the explicate order. It is the unfolding of the implicate order to produce the explicate order that creates the perception of time. The more separation between unfolding and enfolding the less apparent is continuity and the more events appear to be random. For example, when an electron appears to “jump” unpredictably from one position to another, the amount of separation in the electron’s moment causes it to display what appears to be random, discontinuous activity. One way that this can be thought of is as a series of photos. When presented slowly, one merely has a set of individual pictures, which may appear random. When presented rapidly, one has a movie.
D. Explicate Order or Three Dimensional Reality:
Three dimensional reality is a derivative of multidimensional reality. The appearance of direct causal connections in the explicate order are actually representations of relationships in the implicate order. Bohm’s model indicates that space-time was enfolded into the implicate order and was explicated in a pulse of light energy (comprised of all waves that move at the velocity of light). This pulse is now described as the big bang, which brought our expanding universe into existence. In some ways, matter can be thought of as condensed or “frozen” light. Since the QF is infinite and eternal, there is no reason to doubt that there are other universes created in the same manner.
Physical (soma) and mental (significance) are reciprocals of one another and there is a two-way flow of energy and information between them. Each significance has a corresponding soma structure. The relationship between soma and significance is meaning. Meaning is roughly equivalent to consciousness and spreads out over a spectrum. Consciousness thus is implicit in all matter in 3D reality but consciousness is not equivalent to self-awareness. The deeper meaning is enfolded into the implicate order the more subtle it is. The perception of shades of subtle meaning requires insight and cannot be attained through analysis alone. A change in meaning changes soma and a change in soma changes meaning. Content is meaning extracted from a given context.
Formative cause is similar to meaning and gives form to the activities of an entity as well as goals toward which the entity is moving. In a sentient being consciousness is its formative cause and thus a sentient being has the ability to self-direct its activities and the goals toward which it is moving; i.e., the being can exercise free will.
The manifest world provides a display. The 3D world then is like a computer monitor that allows the display of relationships between objects and events that are free to vary and create new relationships within limits imposed by the underlying software. Having a display allows consciousness or intelligence to become active. Recall that the pulse between the implicate and explicate order is two-way. The explicate order enfolds or injects information back into the implicate order. The implicate order then assimilates this information and incorporates it into what is unfolded or projected into the explicate order. The holomovement appears to be experimenting and thereby learning or evolving. A process that implies purpose for the 3D universe.
The above is my less than complete understanding of the presentation of Bohm’s reformulation (or interpretation, if you prefer) of quantum physics taken from the section on Bohm in: Friedman, Norman (1990). Bridging Science and Spirit: Common Elements in David Bohm’s Physics, The Perennial Philosophy and Seth.
Here is an expert opinion on Bohm’s reformulation quoted in the above book. John Bell, of Bell’s Theorem fame, upon reading Bohm’s reformulation said, “…one could see immediately that what he was saying was right.”