Information does not physically exist​

December 31, 2017 Leave a comment Go to comments

mapterrAlfred Korzybski famously said “the map is not the territory”. To the extent that this is true, it should be understood to reveal that “information is not physics”. If there is a mapping function, there is no reason to consider it part of physics, and in fact that convention comes from an assumption of physicalism rather than a discovery of physical maps. There is no valid hypothesis of a physical mechanism for one elemental phenomenon or event to begin to signify another as a “map”.​ Physical phenomena include ‘formations’ but there is nothing physical which could or should transform them ‘in’ to anything other than different formations.

A bit or elementary unit of information has been defined as ‘a difference that makes a difference’. While physical phenomena seem *to us* to make a difference, it would be anthropomorphizing to presume that they are different or make a difference to each other. ​Difference and making a difference seem to depend on some capacity for detection, discernment, comparison, and evaluation. These seem to be features of conscious sense and sense making rather than physical cause and effect.​ The more complete context of the quote about a difference which makes a difference has to do with neural pathways and an implicit readiness to be triggered.

In Bateson’s paper, he says “In fact, what we mean by information—the elementary unit of information—is a difference which makes a difference, and it is able to make a difference because the neural pathways along which it travels and is continually transformed are themselves provided with energy. The pathways are ready to be triggered. We may even say that the question is already implicit in them.”​ In my view this ‘readiness’ is a projection of non-physical properties of sense and sense making onto physical structures and functions. If there are implicit ‘questions’ on the neural level, I suggest that they cannot be ‘in them’ physically, and the ‘interiority’ of the nervous system or other information processors is figurative rather than literal.​

My working hypothesis is that information is produced by sense-making, which in turn is dependent upon more elemental capacities for sense experience.​ Our human experience is a complex hybrid of sensations which seem to us to be embodied through biochemistry and sense-making experiences which seem to map intangible perceptions outside of those tangible biochemical mechanisms. The gap between the biochemical sensor territories and the intangible maps we call sensations are a miniaturized view of the same gap that exists at the body-mind level.

Tangibility itself may not be an ontological fact, but rather a property that emerges from the nesting of sense experience. There may be no physical territory or abstract maps, only sense-making experiences of sense experiences. There may be a common factor which links concrete territories and abstract maps, however.​ The common factor cannot be limited to the concrete/abstract dichotomy, but it must be able to generate those qualities which appear dichotomous in that way.​ To make this common factor universal rather than personal, qualia or sense experience could be considered an absolute ground of being. George Berkeley said “Esse est percipi (To be is to be perceived)”, implying that perception is the fundamental fabric of existence. Berkeley’s idealism conceived of God as the ultimate perceiver whose perceptions comprise all being, however it may be that the perceiver-perceived dichotomy is itself a qualitative distinction which relies on an absolute foundation of ‘sense’ that can be called ‘pansense’ or ‘universal qualia’.​

In personal experience, the appearance of qualities is known by the philosophical term ‘qualia’ but can also be understood as received sensations, perceptions, feelings, thoughts, awareness and consciousness. Consciousness can be understood as ‘the awareness of awareness’, while awareness can be ‘the perception of perception’.​Typically we experience the perceiver-perceived dichotomy, however practitioners of advanced meditation techniques and experiencers of mystical states of consciousness report a quality of perceiverlessness which defies our expectation of perceiver-hood as a defining or even necessary element of perception. This could be a clue that transpersonal awareness transcends distinction itself, providing a universality which is both unifying, diversifying, and re-unifying.​ Under the idea of pansense, God could either exist or not exist, or both, but God’s existence would either have to be identical with or subordinate to pensense. God cannot be unconscious and even God cannot create his own consciousness.

It could be thought that making the category of perception absolute makes it just as meaningless as calling it physical, however the term ‘perception’ has a meaning even in an absolute sense in that it positively asserts the presence of experience, whereas the term ‘physical’ is more generic and meaningless.​ Physical could be rehabilitated as a term which refers to tangible geometric structures encountered directly or indirectly during waking consciousness. Intangible forces and fields should be understood to be abstract maps of metaphysical influences on physical appearances. What we see as biology, chemistry, and physics may in fact be part of a map in which a psychological sense experience makes sense of other sense experiences by progressively truncating their associated microphenomenal content.

Information is associated with Entropy, but entropy ultimately isn’t purely physical either.​ The association between information and entropy is metaphorical rather than literal.​ The term ‘entropy’ is used in many different contexts with varying degrees of rigor. The connection between information entropy and thermodynamic entropy comes from statistical mechanics. Similar statistical mechanical formulas can be applied to both the probability of physical microstates (Boltzmann, Gibbs) and the probability of ‘messages’ (Shannon), however probability derives from our conscious desire to count and predict, not from that which is being counted and predicted.

“Gain in entropy always means loss of information, and nothing more”. To be more concrete, in the discrete case using base two logarithms, the reduced Gibbs entropy is equal to the minimum number of yes–no questions needed to be answered in order to fully specify the microstate, given that we know the macrostate.” ​- Wikipedia

Information can be considered negentropy also:

“Shannon considers the uncertainty in the message at its source, whereas Brillouin considers it at the destination” –

Information is surprise

Thermodynamic entropy can be surprising in the sense that it becomes more difficult to predict the microstate of any individual particle, but unsurprising in the sense that the overall appearance of equilibrium is both a predictable, unsurprising conclusion and it is an appearance which implies the loss of potential to generate novelty or surprise.​ Also, surprise is not a physical condition.​

Heat death is a cosmological end game scenario which is maximally entropic in thermodynamic terms but lacks any potential for novelty or surprise. If information is surprise, then high information would correlate to high thermodynamic negentropy.​ The Big Bang is a cosmological creation scenario which follows from a state of minimal entropy in which novelty and surprise are also lacking until the Big Bang occurs. If information is surprise, then low information would correlate to high thermodynamic negentropy.​

The qualification of ‘physical’ has evolved and perhaps dissolved to a point where it threatens to lose all meaning.​ In the absence of a positive assertion of tangible ‘stuff’ which does not take tangibility itself for granted, the modern sense of physical has largely blurred the difference between the abstract and concrete, mathematical theory and phenomenal effects, and overlooks the significance of that blurring. Considering physical a category of perceptions gives meaning to both categories in that nature is conceived as being intrinsically experiential with physical experiences being those in which the participatory element is masked or alienated by a qualitative perceiver-subject/perceived-object sense of distinction. The physical is perceived by the subject which perceives itself to possess a participatory subjectivity that the object lacks.

Information depends on a capacity to create (write) and detect (read) contrasts between higher and lower entropy. In that sense it is meta-entropic and either the high or low entropy state can be foregrounded as signal or backgrounded as noise. The absence of both signal and noise on one level can also be information, and thus a signal, on another level.​ What constitutes a signal at in the most direct frame of reference is defined by the meta-signifying capacity of “sense” to deliver sense-experience. If there is no sense experience, there is nothing to signify or make-sense-of. If there is no sense-making experience, then there is nothing to do with the sense of contrasting qualities to make them informative.

The principle of causal closure in physics, would, if true, prevent any sort of ‘input’ or receptivity. Physical activity reduces to chains of causality which are defined by spatiotemporal succession. A physical effect differs from a physical cause only in that the cause precedes the effect. Physical causality therefore is a succession of effects or outputs acting on each other, so that any sense of inputs or affect on to physics would be an anthropomorphic projection.​

The lack of acknowlegement of input/affect as a fundamental requirement for natural phenomena is an oversight that may arise from a consensus of psychological bias toward stereotypically ‘masculine’ modes of analysis and away from ‘feminine’ modes of empathy. Ideas such as Imprinted Brain Theory, Autistic-Psychotic spectrum, and Empathizing-Systemizing theory provide a starting point for inquiries into the role that overrepresentation of masculine perspectives in math, physics, and engineering play in the development of formal theory and informal political influence in the academic adoption of theories.

Criticisms? Support? Join the debate on Kialo.

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