We have developed the notion that Life has two sides – material and immaterial. As they obey an entirely different set of mathematical laws, we have found it useful to refer to these two sides as separate, but interacting, realms of existence. Life’s interactive relationship with Information occurs in what we call the Immaterial Realm (or alternately the Imaginary Realm, due to its relationship to image-making).
Time in Life’s Immaterial Realm is based upon Attention’s iteration rate, i.e. the rate that we digest information. This rate is personal, elastic and context dependent. For instance, intoxication and emotions could have an effect.
The iteration rate’s frequency is directly proportional to awareness and the number of opportunities we have to monitor and adjust to circumstances. Increasing these factors, i.e. awareness and opportunities to choose, generally has a positive influence upon performance. As such, increasing our iteration rate benefits performance.
Frequency Up: Awareness & Choice Opportunities Up
Awareness & Choice Opportunities Up: Performance Up
Therefore Frequency Up: Performance Up
Due to this link with performance, it is beneficial to maximize our iteration rate, i.e. the rate that we digest information. We can’t control our iteration rate directly, but we can control the factors that influence it. Strong emotions exert a negative impact upon our iteration rate and hence performance. We can calm our emotions by aligning body, regulating breath, and quieting mind.
Throughout this work we have developed the notion that living behavior can be understood as the interaction between the Imaginary Realm and the Material Realms (Atomic and Subatomic). Scientists have a deep understanding of the mathematical laws that govern the two Material realms.
Atomic Realm x Subatomic Realm = Material Realm
Material Realm x Imaginary Realm = Living Realm
The Material Realms are deterministic. We have no control over this dualistic realm of physical existence. It is on automatic pilot.
We do however have a modicum of control over the Imaginary Realm, which is unique to living systems. The Imaginary Realm is associated with Attention, Information and image making. The interaction between the Imaginary and Material Realms generates the Living Realm, the duality in which we exist.
Unique to living systems, the third realm is alternately called the Realm of Attention and the Imaginary Realm. Both names are appropriate: the first because of the primacy of awareness for Life and the second because of the intimate connection between meaning and image-making. Data Stream Dynamics (DSD), the LA’s system, provides mathematical support for both perspectives. Due to the current article’s focus upon time, iterations and image-making, let us call it the Imaginary Realm.
What is the significance of this realm? We have limited control over the Imaginary Realm. What features can we manipulate to our advantage? How is this accomplished?
We mentioned that an architecture of dynamical constructs is one feature that joins the three realms in a single set. Time is a keystone construct of this dynamical architecture. Through a deeper understanding of time in this realm that is unique to living systems, we will better be able to focus Attention upon data streams that will enhance the possibility of fulfilling potentials.
This article fulfills several functions. 1) By comparing and contrasting the notion of time in the three realms, we gain a greater understanding of the Imaginary Realm. 2) This understanding enables us to better take advantage of the innate nature of time in the Imaginary Realm to enhance our existence.
Let us begin our exploration by contrasting the nature of time in the three realms.
Scientists have developed an equation that accurately predicts the logarithmic rate of Uranium’s radioactive decay. One of the assumptions behind this equation is that the passage of time is continuous and regular. Watches and computer time are based upon this principle. Because of the redundancy of the evidence, we assume that time is continuous and regular.
Yet this evidence only applies to the Atomic Realm, i.e. the appropriately named space-time continuum that exists on the exterior of the atom, e.g. molecules and matter. This supposed ‘truth’ does not necessarily apply to the other mathematical Realms of Existence. It certainly does not apply to the Subatomic Realm (the interior of an atom), where space and time are quantized. Time is not even regular on the fringes of the Atomic Realm, but is instead distorted when velocities approach the speed of light.
What about the Imaginary Realm of Attention? The mathematical behavior of the LA system is a good model for attentional behavior, e.g. the relationship between sleep and cognition. One of the assumptions behind the model is that time is subjective, discretized, and elastic. This position is in direct conflict with the nature of time in the Atomic Realm.
Which notion of time is correct? The answer is realm dependent. An assumption could be true for one realm and false for another. While consistent in the Atomic Realm (matter), time is personal, irregular and subjective in the Imaginary Realm (information).
The question: ‘what is the true nature of time, either continuous or discretized’ is misleading. The query is based upon the misconception that there is only one truth. Rather than which position is true or false, the question should be: which perspective works better? Or which model maps the territory most effectively?
Again efficacy is realm or territory dependent. It is most effective to view time as regular, consistent and objective in the Material Realms. In contrast, it is more effective to view time as elastic and subjective in the Attention Realm.
This logical inconsistency is a necessary feature for completion. A logically consistent system is always incomplete. A complete description of reality demands paradox (Gödel). Our Polyverse consists of mutually exclusive, yet interactive, internally logical realms of existence. Rather than complete consistency, we must instead demand both internal consistency and external inconsistency.
What is the nature of time in the Attention Realm? We mentioned that this immaterial realm of existence employs the same architecture of dynamical constructs as do the other realms. Time is foundational, a keystone, of this structure that binds the 3 realms in one set. How is the passage of time determined in this realm that is unique to living systems?
Simply speaking, Attention’s iteration rate. Let us explain.
A lifetime of personal research into the relationship between data streams and living behavior led to a simple conclusion, which is the primary hypothesis of this work. The Living Algorithm is the mathematical realization of an overlay process that is a key feature of the Attention Network, which differentiates living from non-living matter. Put another way, one of our prime assumptions is that Attention employs (LA) as a computational interface with the constant flow of data streams, sensory and otherwise. Besides a host of useful analytics, the LA’s mathematical system also provides the forms that govern and restrain Attention. These mathematical forms provide the restraints that are necessary for the emergence of complexity.
Attention via the LA digests data streams as discrete chunks (quanta). The same mathematical algorithm is repeated over and over again (iterated). The LA’s iterative process gives rise to mathematical time in its dynamical system. Because Attention employs the LA’s computational talents to digest data streams, we suggest that this iterative process also provides our experiential sense of time in the Living Realm.
Scientific evidence provides partial support for this position. Although seemingly continuous, neural scientists have conclusively showed that Attention is discretized in micro-seconds. Rather than a flow of consciousness, Attention comes in discrete bundles (quantized). This factoid could be considered a scientific fact.
Attention’s iteration process provides an opportunity for decision-making. Each repetition of LA’s computations also provides useful analytics. Mind evaluates these analytics to make decisions. Each iteration provides another possibility to monitor and then adjust. The more of these adjustment opportunities, the greater our chance of survival in a dynamic environment.
This connection between iterations and the potential for choice has significant ramifications when we consider the variability of the iteration rate. Iteration rate up: Choice possibility up; and vice versa. Due to its importance, let us consider the type of circumstances that could affect this rate.
Attention’s variable iteration rate is the prime source of temporal distortion in the Living Realm. On the micro level that scientists have tested, Attention’s iteration rate in fairly consistent overall. However, we suggest that this rate is much more irregular on the macro level on which humans operate. We further believe that people even have a modicum of control over their iteration rate.
Let us commence this discussion with some evidence that links Attention’s iteration rate with our sense of time. Could our personal iteration rate provide both a sense of time and a means by which we can compute, at least subliminally, the amount of time that passes?
As evidence, when we are fully anesthetized for an operation, we completely lose our sense of time. Upon regaining consciousness, we feel as if only a few instants have passed rather than hours. Could this be because the anesthesia brings our iteration rate to a dead halt? We experience neither pain signals nor a sense of time during this drugged state.
In contrast, most of us still sense the passage of time passing while we sleep. If LA’s iteration process indeed provides this temporal sense, then we continue to digest information as we slumber. Conversely, if the LA’s iteration process ceases under complete anesthesia, then we cease to digest information and still require sleep to digest the residual energy, the leftovers from our daily Experiences.
We suggest that Attention’s iteration rate varies amongst species. Plants, e.g. especially trees, seem to have a very slow iteration rate, perhaps orders of magnitude slower that animals. Why? There is no urgency to their response time. They could experience existence as if through a stop-frame camera that only takes a picture every fraction of an hour. The rate could be so slow that trees and other plants are not even aware of animals and insects as they move in and out of the plant’s sensory frame, except as a feature of the background. If these speculations are true, then the experience of time is much slower for plants than animals.
It seems that a variety of factors could affect Attention’s iteration rate for humans. We will examine the potential effect of intoxication and emotions. Our ability to control these factors is related to our control over the rate at which we both digest information and make choices. Let me illustrate how these states can introduce potential irregularities into our sense of time via Attention’s computational process.
Intoxication could easily affect our iteration rate. Alcohol seems to slow the turnaround speed, which is why drunk driving is so dangerous. Due to the reduction in repetitions, the intoxicated driver does not have the same amount of available information. In contrast, marijuana and/or psychedelics seem to accelerate our iteration rate. Because more information than usual is entering our consciousness, we might become confused or inspired.
We also suspect that emotions could affect our iteration rate. Strong emotions could slow down this rate, while relative emotional calm could speed it up. Because they evoke a more immediate, unmitigated response, strong emotional states don’t require the extra information that a quicker iteration rate provides. Associated with holistic monitoring, the relaxed state benefits from the increased info that a quicker iteration rate provides.
Here is a real-life example of how humans attempt to take advantage of this understanding. As a strategy, martial artists and/or athletes frequently taunt their opponents in the attempt to ignite their anger. The idea is that emotional arousal slows down response time. Could this be because anger slows down our iteration rate, making us less aware and hence more vulnerable?
Attention’s iteration rate could also have a huge effect upon the quality of our performance, whether musical, theatrical, dance or athletic. Anything with a sense of urgency – of split-second timing – would benefit from an awareness of smaller and smaller subintervals. Paying attention to subintervals is of utmost importance as it frequently determines the difference between mere notes and music – between technique and art – also between losing and winning.
Indeed, one task of the teacher is to increase the student’s awareness of smaller and smaller time increments, i.e. increasing the iteration rate – more frames per second. Further the performer is regularly counseled to remain calm. Could this emotional calm enhance or at least not harm our iteration rate?
The control we can exert over our iteration rate is oblique. It is not like a muscle that we flex to extend our arm. Intentionally trying to increase our iteration rate seems to slow it down. Rather than command, we must instead provide a welcoming environment. To increase our turn-around-time, we must instead seek to calm our emotions. Internally quiet, Attention’s rate naturally rises and with it our key potential for choice.
Music provides a great example. When relaxed, we have a greater awareness of each note and phrase. When tense, our awareness of fingers, notes and phrases falls dramatically. Significance? When tension diminishes Attention’s iteration rate, our awareness is diminished and our performance suffers. On the other hand, a relaxed internal state augments our iteration rate, which benefits performance
It seems as if Attention’s iteration rate is out of our direct control. We can’t exert deliberate control over this frequency as if it were a muscle. However we can exert indirect control by calming our emotions. It seems that emotional tension reduces our iteration rate, which reduces awareness and performance. Tension decreases Attention’s Iteration Rate and Relaxation increases it.
How do we calm our emotions to increase our awareness? According to the Nei-yeh, an ancient Chinese self-cultivation manual, three processes calm our emotions: body alignment, breath awareness, and mental quietude. Through these deliberate processes we can relax our mind, which increases our iteration rate, which enhances awareness, which augments performance.
How does Attention’s elastic sense of time mesh with the objective time of the material world? Is there any interaction between the two notions of time? If so, what does the interaction consist of? How do the Realms of Existence interact temporally?
The Material Realms behave deterministically. In similar fashion, time has no wiggle room. Real time marches on with an inviolable regularity.
A variable iteration rate enables us to both conserve energy and better adjust to circumstances. Tied to our sense of time, this variation also distorts our personal sense of time. After an intense experience, e.g. intoxication, anesthesia, fear, anger or ecstasy, we must reset our system – readjust our internal clock – to better align with the material world. How do we achieve this?
To attune our Imaginary Realm with Material Reality, we align our personal and subjective sense of time with objective material time. To assist this alignment process, Life has always had natural clues, such as the day-night cycle and even the seasonal cycle. In modern times, we have clocks, watches and digital devices to reinforce and augment this alignment of subjective time in our inner Imaginary Realm with the objective time in the external Material Realms.
What is the significance? It is easy to confidently assert that objective material time is real, while subjective mental time is imaginary. While this statement has a high truth quotient, it neglects and obscures a key possibility. What if the imaginary exerts a significant effect upon the real? Indeed this notion is both a central feature of existence and a key hypothesis in our Theory of Attention.
To be more precise, the Realm of Attention is based in images – the constant generation of images – one overlaid upon the previous in endless succession. Rather than supplanting, the current image merges with a composite generated from past images. After enough iterations, these overlays, i.e. the composite image (the data stream’s content), achieves a type of reality. (Mathematically, the data stream’s density approaches 100%). Our Feelings assign value to the data stream’s content. This value is the basis of meaning.
Due to the crucial importance of imagery and image-making in this realm, we also call it the Imaginary Realm. It is merely another name for the Realm of Attention. As mentioned, this immaterial realm that is exclusive to living systems includes choice and intentionality. These choices enable living systems to better navigate the limits of the material realm in order to fulfill potentials including survival. In such a way, the Imaginary Realm influences the Material Realms – the imaginary influences the real.
Due to this significant and intimate connection, the elastic and subjective time of the Imaginary Realm influences choices that affect the Material Realm. These interactions are not trivial. For instance, a drunk driver with his slowed, thereby compromised, iteration rate could run into a pedestrian. Or a singer with her maximized iteration rate is able to awe us with her artistic expression.
Subjective Mental Time x Objective Material Time = Living Reality
The elastic time of our Mind cannot be ignored if we want a complete description of reality. Subjective mental time interacts with objective material time to generate our living reality. True in one realm and false in the other. Our Polyverse requires multiple, potentially contradictory, even paradoxical, versions of time for completion.
Material explanations of reality will always fall short when it comes to the Attention that is exclusive to living systems. The Realm of Imagination (Attention) and the Material Realms are shaped and described by an entirely set of mathematical laws. The mathematical laws of the Material Realms have very little, if anything, to say about the Imaginary Realm that is such an important feature of human existence. No Explanatory Power.
For example, material mathematical models have nothing to say about how to maximize the possibility of Inspiration. In contrast, LA’s mathematical system, Data Stream (DS) Dynamics, was actually developed to address this key feature of existence. Sustained, uninterrupted Attention is required to maximize the potentials of a creative session. Put another way, the underlying logic of DS Dynamics has a high degree of symmetry with the underlying logic of inspiration, while material logic has a low degree of symmetry.
DS Dynamics ≈ Inspiration ≠ Material Mathematics
The current article suggests yet another technique for maximizing the potentials (the inspiration) of a creative session. Attention’s iteration rate is linked with Awareness. Awareness is linked with Inspiration. Mental Relaxation enhances Attention’s frequency. Cultivate a relaxed state to maximize Awareness, which increases the potential for Inspiration.
Relaxation maximizes > Iteration Rate > Awareness > Inspiration
As mentioned, each realm of existence has its own unique database and mathematics (physics). The explanatory power of each physics is confined to its database. While revealing nothing about the Material Realms, DS Dynamics has an abundance of explanatory power in the Realm of Imagination. While revealing nothing about the Imaginary Realm, traditional mathematics has nailed the Material Realms. We need multiple, sometimes contradictory, versions of reality to provide explanatory power for the phenomena associated with each realm of existence.
A similar system of dynamics describes each realm. Time is a keystone construct in any system based in changes. The nature of time is realm dependent. Contradictory versions of time are required for a complete description of reality.
These supposedly competing versions of the nature of time provide explanatory power for important features of existence. If these paradoxical statements regarding time have efficacy in our day-to-day lives, they have value. Conversely, if any assumption, no matter how seemingly true, has neither efficacy nor explanatory power, it is relatively worthless.
An understanding of the Imaginary Realm with its flexible and subjective sense of time assists us to navigate the Material Realm. It provides an effective map to negotiate the territory. For instance, calming emotions maximizes awareness by increasing our iteration rate, which is linked to our subjective sense of time. Efficacy determines value and significance.
There is yet another significant difference between time in the Material Realms and the Imaginary Realm that is exclusive to living systems. Time in our physical universe is linear, while time in our Living Realm of existence can have a cyclical and even spiral nature. For details, check out the next article.