You mean the one from the University of Canterbury? — Wayfarer

Yep.

Would that comprise an 'overall increase of intelligibility'? Does that sound Hegelian? (Then again Peirce professed affinities with Hegel.) — Wayfarer

Peirce called it the “growth of concrete reasonableness”. You get an evolution of the Cosmos that is the move from spontaneous chance to organised habit.

Don't they have to exist before they can stumble across anything? — Wayfarer

Language forces us into linear argument. That is both its strength and its weakness as a tool of thought. It is bad at dealing with the complexity of actual real world causality. But it is great for enforcing a mechanical mindset - which was useful even in those first cells that wanted to encode genetic programs to construct their molecular machinery.

Likewise, 'desire' can't help but sound teleological or anthropomorphic. Perhaps 'tendency' might be preferable. — Wayfarer

I have frequently noted that systems thinkers like Salthe make that distinction between tendencies, functions and purpose - three grades of semiosis to cover physics, biology and neurology.

For that matter, the capitalised Being above — Wayfarer

I was talking about Being in the classical sense of the source of fundamental existence.

My argument - as you know - is that semiosis is the mechanism that produces Being. So the cosmos, life and mind are all based on the one triadic causal logic. They are all best understood from the point of view of dissipative structure or topological order.

But life and mind add something to the mix, and that is an internal predictive model of the world. And this indeed completes the physics in a neatly ironic fashion as it is the existence of entropy that demands its dialectical “other” of negentropy or information. Life and mind had to be possible because a mindlessly dissipating universe could - by dichotomous symmetry - become entrained to an “external” control … if that control was encoded in a fashion that put it inside the body of an organism.

So this - as I’ve said often enough - is the fun realisation. Life and mind are implicit in the thermodynamic order of the universe as once the universe is a concrete system of dissipation, this in itself generates the conditions for life and mind to appear as the apparent negation of everything that mindless world stands for.

Symbol processing is inevitable once a noisy world creates the contrast it can stand against.

Physics isn’t in conflict with the existence of life and mind. It was the entropic move needed to make possible the informational counter-move.

From the triadicity of the hierarchy, flows the fourthness of the transfinite landscape. — Arcane Sandwich

I appreciate the thought but there is a technical difficulty that is key. My approach is Peircean and so although one, two, three is being counted off as a sequence, each next level incorporates what has come before it. So oneness is the line, twoness is the plane that includes now both length and area, threeness is the volume that includes length and area as now part of a volume. Which means that a fourthness has to continue this incorporation in a way that makes some useful sense.

Sure, you could go 4D here. Invoke a hypersphere in which the unit sphere is embedded. You could call that the infinite beyond that is some candidate next step. But my Peircean systems approach truncates at a threeness for the same kind of reasons that network theory says all possible networks can be simplified to networks of nodes with three links. Four, five or more links can reduce to 3-adic structure. And then 2-adic, or 1-adic are just to few. Therefore reality - in the logical sense of a space of relations – actually just is 3-adic as its simplest possible form.

So the mental image has to one of the number of internal convolutions involved, not some number line extension. What we are counting is the intricacy of the relational structure. And any fourth level would have to incorporate the first three in some further holistic sense.

Proceed one more step, and now you are about as aware as a rock: you have removed Firstness, you have removed your Physical First Person Perspective on the world, and it just seems like "A Thing, In Itself". — Arcane Sandwich

You see how this works in the same triadic fashion. Firstness is just the bare thing of first person response. Secondness is the second person point of view of two first persons in some immediate relation. Then the third person point of view is what emerges from innumerable such conversations – the generalisation over all possible first person views and the dyadic interactions that could result from there being two points of view.

The third person point of view becomes the one that incorporates or contextualises all the points of view now appearing within it. It now shapes the individual viewpoints in a positive fashion, imposing its educated structure on what would otherwise remain a confused or vague cacophony of hesitant opinion. Voices in the dark and going nowhere in particular.

So in the definite sense, the first person view doesn't even exist outside of the context of a third person framing. But when random ideas meet some dichotomous resistance, and when that clashing of views develops into a habitual community structure of understanding, then you arrive at the thirdness that incorporates everything to become the final historical something.

How should ontological concepts work? Presumably given the complexity of reality, top-level concepts should be wide and general, and yet because of this there will be significant limitations on their explanatory power. So for Aristotle you "begin" with the concepts of act and potency (and already you have a tension between two principles rather than a unitary atom). Being broad, they explain everything and nothing. Or taken individually, half of everything and half of nothing. But then the diverse kinds of act and potency flower within each concept; the appearances do not force us outside of the basic, broad concepts (unless one wants to see the interaction of act and potency as a third sort of thing, which apokrisis may be able to speak to). If not everything is a nail, then the top-level explanations must be able to generically accommodate a large variety of diverse phenomena. — Leontiskos

Aristotle is a systems guy and the systems answer is always triadic. This thread seems another example of how everyone arrives at some dichotomy – as symmetries must be broken to create realities – and then either tries to be reductionist and treat only one arm of the dichotomy as "the fundamental reality", or instead knows how to go on and see how that which gets forcefully separated is then also that which gets freely mixed. From the duality of the dichotomy flows the triadicity of the hierarchy. You get some pair of complementary limits on Being, and then the space of concrete possibility that those limits create.

It is like how black and white are the extremes of luminance that then bring with them all the possible shades of grey. You don't have anything until you have that possibility of a symmetry-breaking contrast – the first action of being a little lighter and so equally, a little less dark. And then from there, you have a division that can grow in scalefree fashion. You can keep going towards a state of absolute brightness ... to the degree you are continuing to go away from the counter-possibility of absolute darkness.

Neither black nor white are primary. Indeed, as absolute bounds, neither is realisable as a state of being as to arrive at either destination would mean losing all contact with the other that must be being measurably left behind in the rear view mirror. So an actual reduction to one or other state is impossible. It is the antithetical relation between the two – the actualisation of a world with this particular structure of contrast - which is what a reality is founded upon. It is the emergence of a concrete middle of all the possible shades of grey which winds up as the place we all want to talk about.

This is clearer in Aristotle's hylomorphism than being~becoming as we have the hierarchical sandwich of potential, actual and necessary. There is "material" possibility that interacts with the formal cause of structural necessity. What physics now calls the interaction of quantum indeterminacy and topological order. And out of that interaction between the randomness of action, and the need for it to become at least statistically organised as a global attractor, you get the substantiality that ontology seeks. You get a system where global constraints emerge and a free potential is shaped into some set of concrete "degrees of freedom". All the shades of grey that white and black paint can mix. All the fundamental particles that can exist as localised excitations under the constraints of gauge symmetry breaking.

So always our inquiry into the nature of Nature is going to arrive at the central logic of symmetry-breaking. Some kind of dialectical divide where the "everythingness" of an unformed potential begins to grow a self-grounding split. It will start to head in one direction – the apparent "primal act" or fluctuation – and that in itself is already the co-creation of whatever can count as the other direction it is then leaving behind. Thesis and antithesis is revealed as soon as there is any "act" at all.

So the symmetry that gets broken is the potential. The act that breaks it is already in fact a self-grounding relation. The background on which the mark is being made is being made along with the mark. And then the broken symmetry is where all this has got past being just a fluctuation and become the wholeness of a growing system, kept alive by its own capacity for a persistent dynamical balance.

A whorl of turbulence spins up into existence and wants to keep growing. It turns a laminar flow into a rotational flow. If it keeps growing, it both gets larger and also starts to break up into the scalefree complexity of a chaotic turbulence. There is a phase transition where all the smooth laminar flow is lost and the stream is just every shade of vortical motion. The action achieves its most extreme state of asymmetry. Not just a little bit different as one passing knot of turbulence but as much difference as the world of the flow can contain.

This is the fractal distribution of matter and energy that best characterises Nature. We see it in the Cosmic Web. It is the new "better" explanation for dark energy. Symmetry gets broken. Potency gives expression to its primal act - a Planck-scale fluctuation. But then that act isn't complete until it has grown to be expressed across all possible scales of being. As a division of figure and ground, it has to become a universalised motif – the gravitationally swirling structure that is vortexes of material dissipation over all scales from spinning stars and black holes out to galactic clusters and beyond.

So actuality arises out of the interaction between material potential – the possibility of an action with a direction – and structural necessity. The constraints that must emerge once every kind of action is trying to actualise itself and so cancelling away most of the other available possibilities. There is a contest and some statistically-constrained regime emerges as the global state of the system. All that remains in terms of the local action are the shades of grey or fundamental particles that are permitted by the self-grounding system. The world that has grown itself in a free way that expresses its central organising dichotomy over a hierarchy of all dimensional scales.

What you say sounds in some sense Peircian, but Peirce of course ends up with Aristotle (or very close). He ends up using different language to say the same essential thing. — Leontiskos

A key difference would be that Peirce makes formal cause clearly immanent rather than leaving it sounding transcendent. You don't need an outside mind imposing a design that is "good". The design develops from within due to the way Being has to grow into a realm that can lawfully persist. There is an optimising principle at work. But it is self-grounding. It is whatever is left after all else has got cancelled away because it didn't really work.

Near as I can tell, the point of all of this is to be able to say that everything is an assemblage; that is, to flatten the ontology of the world. Why do that? — Srap Tasmaner

Assemblage theory is another way of talking about dissipative structure theory – the naturalness of fractal or scalefree hierarchical organisation. It is for good reason the flattest ontology as it just is the simplest statistical pattern that Nature could be organised by.

Nature – as a flow of entropy – is organised by its information, its boundary constraints. And the simplest state of such a flow – the one requiring the least information to be stored – is one of open log/log fractal growth. Mountains and coastlines are fractal structures as they represent a dynamical balance of accumulation and erosion over a wide hierarchy of spatiotemporal scales.

Every point of a landscape is either a little more built up or a little more broken down than its immediate neighbourhood. From there, it can either become a little more like or unlike that local context. Revert to the norm or become more exceptional. Repeat that easy to remember/low information distinction over all scales – from minutes and inches to eons and continents – and you get a fractally-organised world.

Clouds and ducks don't look much alike, so you have to show how they can both be accounted for ("generated" perhaps), how using the same underlying mechanisms can produce endless forms most beautiful. — Srap Tasmaner

If dissipative structure is the flat ontology of Nature – one based on the ur-dichotomy of entropy~information – then we can account for life and mind as another step on top of that where the information regulating the dissipation is moved to be inside an organism rather than standing out at the global boundaries of the physics as a whole.

So organisms arose when they stumbled across the further trick of encoding information using genes, neurons, words and numbers. Organisms could form semiotic models of their world as they might wish it to be. They could mechanically switch the entropy flows to construct their bodies and even their local environments. Bacteria brought about the Gaian revolution of a world with a carbon cycle, steady temperature and a high oxygen level simply by being able to encode the right metabolic algorithms. So even a little coding power could completely remake the chemistry of a whole planet, bringing it under the control of the desires of its biology to have its optimum growth conditions.

Does metaphysics get this fact? Well, it seems to lag well behind the science. In principle, life and mind just are expressions of the generalised cosmic desire to optimise dissipation. The Cosmos does its best but is hampered by the fact that all the information handling the dissipation is as distributed about the environment as it can get. The Cosmos operates at its simplest level - the flatness of assemblage theory (as another name for the Prigogine's dissipative structure science). But life and mind arose to take advantage of that flat ground to become its own hierarchy of semiosis – of encoded dissipation regulation – that could grow vastly more complex.

So the same dichotomy is at the root. Entropy~information. But information moved from the generality of some statistical erosion~accumulation pattern formation to an organismic self-model which started making things happen in an agential goal-oriented sense.

Disorder only ever existed in the context of order. And biology is part of Nature because it applies more order to the business of disordering. In some ways it is causally very different. In the larger way, it is more of the same, just a way to put some greater distance between sources and sinks. The information is packaged and its resulting waste more widely dispersed.

The 3 axes of the model are communism/equality, individualism/freedom, and authoritarianism/stability. I thought a lot about whether these 3 axes are really the correct ones. Are these 3 axes really mutually exclusive and complete? — Brendan Golledge

I would take the systems science view on this. Society in general is based on the "political" dichotomy of competition~cooperation. The system needs to be tuned so there is a broad level of global cooperation – a system that everyone agrees they are part of and bound by – but also still have a creative local freedom. To work well, the individual should be as free as possible to make intelligent and adaptive choices.

So there is a general balancing act between global cooperation and local competition. A hierarchical order that expresses a scalefree or fractal balance. That is, the dichotomy is being implemented with equal strength across all levels of social structure.

If democracy is the general mechanism for balancing the needs of the collective against the wishes of the individual, then a well-balance society has families being democratic (rather than authoratarian or communist), as well as its governing elite also acting democratically in their relations with each other. You have ministers sat around a collectively voting cabinet table. Or even nations voting collectively at UN assemblies.

If democracy is your balancing mechanism, then changes in level, changes in scale, should make no difference to the amount of democracy being shown. In scale symmetry terms, it should be a flat and constant balance across all levels of the social hierarchy.

That gives us a feel for what – in hierarchy terms – an ideal balance would look like. If democracy is the balance metric you like, then the look of a society ought to be vanilla in those terms. Every higher level mimics the balance of interaction found at any lower level.

But if we dig a little deeper, a human society is not just a political but – perhaps more fundamentally – also an economic structure. Now what is having to be balanced is not the political dialectic of competition and cooperation, but the economic dialectic of capital and labour.

However once again, this is a dynamic that ought to be organised in a scalefree hierarchical fashion for the same reasons. A system must cohere, but it must also be free to act. A system has to hang together in a long-run stable fashion, but it must also have enough plasticity or immediate freedom to adapt and change. And a system that wants to optimise itself has to thus express that balance between stability and flexibility, conformity and independence, across all its physical scales.

So when it comes to the economic foundation of a modern society, we would be looking for a relation between capital and labour that has that same kind of scalefree balance. Money free to act equally smartly whether it is being spent at the family or the national, and even planetary, level.

This reframes the trichotomy as a collection of dichotomies. A modern society is having to balance both its politics and its economics. Both the information it uses to organise itself – the democratic distribution of choice – and the entropy it must consume to exist. That is, the economic distribution of resources.

Information and entropy are two sides of the same coin. Each is about the other. So politics and economics are connected at the hip – or probably should be. Although they can seem to be different conversations.

Anyway, systems science sets us up with a consistent central criteria. The idea of an idealised balance where both information and entropy are matchingly scalefree as an expression of social order. From top to bottom, everything looks the same even if we zoom in or zoom out in scale. No one is winning or losing in unbalanced style, even if governments can make national level choices with national level budgets while families make their household level choices with household level budgets.

Now stack all this up against the usual authoritarian~communist dichotomy. Does it become anything more than two ways that the scalefree social hierarchy, with its need to glue politics and economics together, gets tipped out of its optimised balance?

Democracy is just our general term for how a society delivers some appropriate degree of collectivised and informed choice. We have the political democracy of the ballot box and the economic democracy of the marketplace. An actual machinery for delivering self-organising balances at any scale of a society.

Socialist states can work to the degree they are needed to counteract the problems of a society gone out of balance in terms of labour unfairness. Authoritarian states – like Singapore – can work to the degree they tackle social problems like a lack of collective identity or a need to direct capital into nation-building projects.

So I don't see communism or authoritarianism as actual alternative political systems. In practice, they might be directions to tilt the general democratic and market balance for strategic reasons. A way to steer the ship.

But to the degree they over-ride the principles of scalefree hierarchical order, they are becoming systems that would institutionalise a bad balance. They are setting themselves up for systems failure.

The same can be said about the world's supposed "democracies" as well. If wealth or power accumulates in a bloated elite, a corrupt oligarchy, etc, then these democracies and their free markets are also failing the systems science ideal.

Again, the basic social good to be delivered by a human social system is a fruitful balance of competition and cooperation. Political and economic theory then try to deliver these things. And hierarchy theory gives you a picture of what a well-balanced social order would then look like. Zoom in or zoom out at any level and the two imperatives would look always equally in balance across all the scales of that society.

The few rules in the axiomatic theory will not succeed in decompressing themselves back into the full reality. What facts from the full reality that they fail to incorporate does not say particularly much about these facts (deemed "chance", "random", ...). They rather say something about the compression technique being used, which is the principle that chooses what facts will be deemed predictable and what facts will be deemed mere "chance". — Tarskian

I was targeting a deeper point about the reversibility of mechanics and the irreversibility of nature.

Mechanics seeks time reversible descriptions of nature. It seems to succeed which then makes the thermodynamic arrow of time a fundamental problem. So how to fix that?

The point I would make is that lossy compression is just a mechanical sieving that involves literally throwing information away. So the claim is the information did exist, it has merely been discarded and that is how any irreversibility arises.

But the other approach is says rather than actuality being discarded, the story is about possibilities getting created. As the past is being fixed as what is now actual, future possibilities explode in number.

This is what chaos theory gets at. Standard three body problem stuff. The current state of the system can only give you so much concrete information to make your future forecast. Time symmetry is broken by indeterminancy at its start rather than by information discard by its end.

Basically your efforts at future prediction execute in polynomial time but your errors at each step accumulate in exponential time.

Aaronson did a nice article – Why Philosophers Should Care About Computational Complexity

Quanta also – Complexity Theory’s 50-Year Journey to the Limits of Knowledge

But then after arriving at a proper model of chaos, one can continue on to a larger story of order out of chaos – or the topological order of dissipative structure. The idea of the mechanical sieve and its lossy compression comes back in over that foundational chaos in the form of evolution or a Darwinian selection filter.

If a system has some kind of memory, this starts to select for possibilities that coordinate. Sand being blown in the Saharan wind can start to accumulate as a now a larger structure of slowly shifting dunes. A lid gets put on random variety and so out of smaller scale chaos, or degrees of freedom, grows larger scale order, or a context of variety-taming constraints.

So the holistic picture speaks to irreversible mechanics as something rather like ... exploding quantum wavefunction indeterminancy and constraining quantum thermal decoherence.

You get the complete causal story by being able to point to the fundamentally random, and even chaotic, scale of being that then got topologically tamed by its own higher scale dynamics. A lossy algorithm is what developed over time due to natural selection. A mechanics is what emerged.

When a compression algorithm forgets particular facts, — Tarskian

Now you are making points about variety in types of compression algorithms, not about general principles.

But then again, it also does not mean that the information forgotten in the compression is "accidental" or "random". It does not even need to be. There is nothing random about arithmetical reality, while it is still full of unpredictable facts. — Tarskian

The picture I have in mind goes beyond just a lossy compression - although that is a way to view it. In the hierarchy theory view, the determined and the random become the global constraints and the local freedoms. The point of this difference is that the freedoms rebuild the constraints. They are the two sides of the one whole and hence have a holistic completeness.

Steven Frank wrote this nice paper which indeed argues your point that it doesn’t matter if the fine grain is considered to be deterministic or random. What matters is that microstates can be described by macroscopic constraints as they are freedoms that can’t help but rebuild their global equilibrium.

Similarly, there is absolutely no need for the physical universe to be random, for it to be largely unpredictable. It could be, but it does not have to be. — Tarskian

It makes more sense to see randomness and determinism as the complimentary limits on being. Each limit can be extremitised, but only in the effective sense, not in an absolutist sense.

Incompleteness raises much angst in the determinist. But It only takes an infinitesimal grain of chance to complete things.

If the forward direction of a phenomenon incorporates information that cannot be decompressed from its theory, then it will also be impossible to decompress the information needed to reverse it, rendering the phenomenon irreversible.

The only problem I have, is that this view makes the details of the compression algorithm (the underlying theory) a bit too fundamental to my taste. — Tarskian

This is why natural philosophy also recognises accidents or spontaneity in its metaphysics.

The ball perfectly poised on Norton’s dome can never start to roll down the slope if we were to believe only in Newton’s algorithmic description.

But the dynamicist will say that in a poised system, any fluctuation at all is going to break the symmetry spontaneously. There is always going to be some vibration. Any vibration. We can call that a determining factor but really it is just the inevitability of there being an accident. The accidental can’t be in fact removed from the world, even if that is not what axiomatic determinism wants us to believe.

It is circular reasoning. — schopenhauer1

It is the dialectical reasoning of the systems science view. The complexity of a system arises from the fruitful balancing of its contrary impulses. Rights and responsibilities are one such way of capturing the essence of modern social structure.

I only used your emotive jargon - burdens - to make the connection to your own reductionist position. You can see that burdens are really just the global responsibilities that can justify a person also having their particular local rights.

Speaking more generically, a system is a hierarchical balance of the dichotomy that is constraints and freedoms.

So at every level of natural order, we have the same general idea of a balancing of top-down long-run constraints and bottom-up constructive or creative freedoms.

What you call burdens are in fact the constraints that shape up a society as a collection of individuals with their freedoms. The freedoms that are meaningful and pragmatic as they are how the society can continually renew its own globally persisting being.

But you don’t seem to have an understanding of nature as a developmental or self-organising system. This is why your logic is so broken.

Language evolved from a theory of other minds. — Harry Hindu

That’s been one theory favoured by cognitivists. As a biosemiotician, I would instead stress the simpler story that language proper arose when Homo sapiens evolved the modern articulate vocal tract.

Drawing scribbles and making sounds with your mouth are just more complex forms of communicating your intentions and reading into others intentions. — Harry Hindu

A capacity to generate syntactical speech is a difference in kind and not just degree. All apes are social and so have an ability to anticipate and coordinate actions in their social setting. But no ape can learn fluent grammar.

99.85% does seem rather high, but I don't think it unreasonable to determine the majority of people have net bad lives. — Down The Rabbit Hole

The case against antinatalism is not about its logic. That is all too easy to dismiss. It is about people confirming themselves in the social role of being victims of life itself. It is about the nonsense of forming a communal identity around a justification for not feeling better about their world.

Suffering can't be avoided so one can't be criticised for not even trying.

This thought used to be framed as existentialism and nihilism. Now it is framed in this really bullshit legalism of existence being an unconsented fact. Of no person having a right to impose a burden on another.

Systems of laws arise out of the need to organise successful human communities and not the other way around. If you think there is a problem, changing the system is what you should strive for.

But systems of laws recognise rights and responsibilities. They are based on a pragmatic balance between individual wants and communal needs. Burdens will be imposed. All that is asked is that they are reasonable.

"Nearly 1 in 2 people born in the UK in 1961 will be diagnosed with some form of cancer during their lifetime", "12.7% of all deaths registered in the UK in 2018 were from dementia and Alzheimer disease". — Down The Rabbit Hole

In modern society, what are we truly the victim of? The industrial food industry. Big pharma. The banking industry. The atomising effects of neo-liberal economics and social policy.

If you live a healthy life, the odds of metabolic diseases are greatly cut. We can live in ways that avoid cancer and dementia. But also a lot of that is down to the fact we now all live so long.

What are the actual death bed regrets of people? They are about not doing more to be part of a personally meaningful community. About not getting out and living life more.

So from a moral philosophy point of view, there are some real issues to be addressed. The modern world has many pluses compared to other times, but also plenty of questionable economic and political settings.

You know something has to be out of balance when most folk are more familiar with Kim Kardashian's intimate life than they are with their next door neighbour's.

In this context – life as something to be lived – antinatalism is just whiny bullshit. A wet legalistic self-justification.

Sure, the decision to be a parent ought to be taken with a clear-eyed view of the risk/reward balance. Studies show that 10% of parents in developed countries wished their kids had never been born. :grin:

But taking a rational view of life is the habit we would want to encourage. People who can cope with balancing complex risk/reward decisions and so likely to make the best of their lives as well as of their communities.

For me this all goes back to Aristotle's idea that a definition or understanding requires a genus and a specific difference. "Coffee machine" is "A machine" (genus) "that makes coffee" (specific difference). In order to understand a term we must understand how it is alike other things (genus) and how it is unlike the things it is alike (specific difference). — Leontiskos

Yep. That is all it is. Meaning is constrained in nested hierarchical fashion. The basic contrast of sameness and difference. Or the differences that make a difference versus the differences that don’t.

The differences that matter are the ones that must get said.

I would say it is most likely the vast, vast, vast (perhaps 99.85%) of people born will, on balance, suffer more than they enjoy their life. — AmadeusD

Why not check rather than pulling numbers out your arse?

Two thirds of adults globally (64%) report being happy: 14% very much so and 50% rather so. Countries with the highest proportion of adults considering themselves as very happy are Canada (29%), Australia, Saudi Arabia and India (28% each), Great Britain and the United States (27% each).

:up:

Yes, what indeed.

You're welcome.

Which brings out again the falsehood of thinking there is one notion of colour to rule them all. — Banno

So some locutions would have more phenomenological accuracy? Curious that you might want to contradict yourself so blatantly.

What do you think is the structure of real labour? — kudos

I think the flip you identify is the financialisation of the real economy – the shift from producing to meet a current demand to manufacturing the consumption that can justify an unbound growth in production.

If investment in labour is about satisfying a current level of demand, that is one thing. But if the investment is in consumers willing to financialise their futures and so take on an ever rising interest burden, then that is a different world.

What then is real labour when the economy is more about selling future debt? Well financial engineering and debt marketing are well paid occupations. And real work so far as the global debt industry is concerned.

Not sure if this covers your concept of abstract jobs. But who exactly employed this spreadsheet content person and for what ostensible purpose? Did it help sell loans? Directly or indirectly?

Not sure what you mean here but I think from the free energy perspective, information can be more or less equated with dynamics. In fact, some recent free energy papers have started using the phrase "Bayesian mechanics". Central to this is the fact that free energy minimization can be generalized to any kind of random dynamical system as first seen in the A free energy principle for a particular physics paper where Friston also goes through quantum, statistical and classical mechanics through this perspective. — Apustimelogist

You have jumped to a conclusion. All this arises out of the 1990s dilemma in neuroscience about what we could mean to talk about a “neural code” to parallel the genetic code that revolutionised and demystified biology.

The problem was that there were two general camps. The computationalists and the dynamicists. The computationalist kind of made sense as they became neural networkers. But then the brain is also a biological organ and not an information machine. So that pointed towards the dynamicists like Scott Kelso and Walter Freeman. The code would be some kind of holistic entropy minimisation principle.

As I said, Friston was making the most sense of anyone I talked to. He was on his way to coarse graining the heck out the issue so that he could arrive at his Bayesian mechanics. Extract the essence of generative neural network models and marry them to the thermodynamical reality that a biological organism is intending to regulate.

I went off instead to see how theoretical biologists were handling all this at the level the genetic code. Friston aims to generalise his Bayesian mechanics so it can capture this level of semiosis as well.

So this is a huge research project in the life sciences. Cracking the code in a way that can then connect information and entropy as they apply to the description of an organismic state of being.

Your comments simply brush that major project aside. More Markov blankets please.

From my perspective on quantum, subatomic particles have definite positions all the time (and when you zoom in), they just have random motion (the randomness less apparent as you coarse-grain). Heisenberg uncertainty is a property of the statistical distributiond regarding those particles. From my perspective, no point was talked past here. — Apustimelogist

You believe things that other folk don’t believe in. Positional certainty may be matched by momentum uncertainty. However the reverse also applies.

So either you are basing your metaphysics on a self-contradiction when it comes to your notion of zooming in, or you have to turn that bug into the feature and agree it means that reality is scalefree so far as the zooming across scale goes. It is a story of fractal or log/log growth.

What you see going larger or smaller is the same fundamental physics, just boosted in terms of your reference frame. The Big Bang cools because it expands, and expands because it can cool. Whatever scale you then inspect it on, you find the same thing. A doubling of the volume and a halving of the density.

If the Planckscale defines one limit in terms of a maximum heat and a minimum distance, then the Heat Death is its inverse as a minimum heat because of a maximised distance.

So the HUP enshrines this duality as a unit 1 start point. And decoherence speaks to the scalefree fractal symmetry of a cosmos that doubles and halves its way to eternity. By the end of effective time, the whole deal will be inverted to become the coldest and largest void possible under quantum law. The blackbody de Sitter solution of a universe now merely the bath of radiation emitted by its own event horizon.

Your position relies on classical views about reality that have been debunked. Although of course I accept that treating the Cosmos as a Newtonian clockwork is perfectly acceptable on pragmatic grounds when one only wants to model processes in a rather narrow middle ground range of momentum and position values. All the other complications can be allowed to drop out of the picture for epistemic simplicity.

I want to emphasize that I think all of the descriptions are "just models" or at least, none are any less so than others; but, they are all being applied to the same reality — Apustimelogist

Sure. :up:

And I was talking not about particular models but about the model of modelling relationships in general. That is what Friston, Pattee, and anyone concerned about epistemology would have an interest in. What can it mean for physics to also contain a point of view?

Also you were earlier posting your beliefs about this. Which is what I have been challenging by arguing that modelling is generic to life and mind. The point you were making here is covered by reality modelling being a nested hierarchy spanning four levels of semiotic encoding in modern humans. Genes, neurons, words and numbers. A hierarchy of increasing modelling abstraction. But all with the same epistemic structure. All with the same ontological grounding in dissipative structure theory.

Models, and any word meanings for that matter, are nothing above the cause and effect mediated by people's implicit neuronal processes that drive the generation of future experiences in the context of the past. The equations in our theories written down on paper and the words we physically say cannot actually do anything independently of the minds that generated them and do things with them; neither is there necessarily a determinate way of expressing models and theories which is not contextualized by what is deemed acceptable by people in the context of their cognitive abilities and neuronal architectures. Therefore, in this kind of view, minds and cognition are only as deep as our experiences and the momentary unfolding of their dynamics.

Well this role is taken on by Markov blankets but is much more general than what is implied by Patee. — Apustimelogist

You are just talking past the distinction between information and dynamics. That mechanics can impose network behaviours is relevant. But that is what emerges from information being used to organise dynamics. Neurons form Hebbian networks. That is functional. But also only possible because cells with dendrites and axons are physical structures that genes can encode.

Heisenberg uncertainty principle is referring to constraints on probability distributions regarding the behavior of statistical systems — Apustimelogist

You again talk past the point. Fine graining in the real world means not just cutting smaller and smaller in spatiotemporal scale but going hotter and hotter in energy scale. Whatever seemed to exist in the form of topological order at your coarse grain scale just got melted as you zoomed in.

Is your order, then, Ramsay-like an inevitable accident? Or is it something else? — tim wood

I’m talking about dynamics. Dissipative structure, far from equilbrium systems, maximum entropy production principle. That class of self organisation in nature.

https://www.goodreads.com/book/show/783285.Order_Out_of_Chaos

Are you aware I advocated the free energy principle and active inference a few posts ago? — Apustimelogist

Yeah. But the brain isn’t literally minimising free energy is it? It is minimising information surprisal.

So Friston is talking about the modelling relation just like the biologists. An epistemic cut has to be involved. An observer has to be inserted into the physics as the rate independent information creating the non-holonomic constraints on the rate dependent dynamics or environmental entropy.

Something unphysical is going on even if it must also have its physical basis. And whether you fine grain or coarse grain the physics ain’t going to make no difference.

On the other hand, toss a Bayesian inference engine into the mix - armed with the need to repair and reproduce itself on the basis of an informational relation with the world - and then you will see something novel start to happen.

Surely it would make more sense to spend your time elsewhere on this forum? — AmadeusD

Schop keeps requesting my presence. No matter how many years it’s been. It seems to energise him judging by the caps lock shouting.

(And this thread wasn’t even about antinatalism.)

I suspect schopenhauer1 regrets pulling you into the thread. — Leontiskos

He loves it. It feels like old times. :grin:

You have proved yourself incapable of reading a simple response. AS always, proving you're not a serious person. It gets easier and easier. Maybe if you stopped behaving in a way that squarely fits th definition of trolling, you'd say something sensible. — AmadeusD

You say this kind of thing so much that it has no bite. You can't seem to decide whether to love everyone or hate everyone. And all your accusations seem better fitted to describing your own behaviour.

Why not just chill and enjoy the friction of lively debate? Let the quality of your arguments be your testament. It is not as if anyone can win or lose in an internet forum where no one is really invested in the outcomes or any independent party keeping score.

my guess is that anyone who holds it on purely intellectual grounds could be dissuaded in time. — Leontiskos

@schopenhauer1 would seem proof this ain't so. :grin:

As I have said multiple times, many explanatory frameworks are important. — Apustimelogist

OK. A pragmatist would have to agree. A pragmatist – for want of something better – would wind itself back all the way to raw instrumentalism.

But perhaps the surprise is that there is a totalising metaphysical discourse that arises from all our many models. Perhaps this is why some of us get excited about semiotics and systems science.

If you have no larger interests, fine. I just say that folk like Peirce – who established pragmatism as an epistemology – continued on to show how semiosis could be matchingly totalising as an ontology.

The point is though that such simulations as alluded in the first quote above should be possible in principle if we had the computational power, and able to reproduce all possible events of reality above the fidelity of its description. If all biological processes are composed of things like particles moving in space then this should be plausible. I don't see why not. — Apustimelogist

You keep saying you don't see there is a problem. But the sciences of life and mind exist because physics can't even model physics with a computational notion of laws and initial conditions, let alone jump the divide once semiosis enters the chat.

Have you read Schrodinger's classic What is Life? He understood the issue and so was already able to guess that organisms embody not just their rate dependent dynamics – all the stuff you want to simulate – but also their rate independent information. He said there must be a negentropic memory structure – an aperiodic solid – to encode the constraints on the entropic flows of organic chemistry.

But sure. You don't care. The rate independent dynamics is the whole of the story according to your preferred metaphysics. Anything beyond that is just another model at a different level you protest in epistemic plurality as you fall back on that familiar reductionist ontology that all systems are essentially a collection of atoms in a void.

Its about the idea that in principle all of the possible information about reality is only attainable if it is maximally resolved, if it isn't coarse-grained, if details are not ignored. — Apustimelogist

And how does that pan out given Heisenberg uncertainty?

What would you see as the adjudicating factors between the two conceptions? — Leontiskos

Well it would really be nice to know how Plato conceived of the Khôra in relation to the Eidos. Was it more a void or an Apeiron? Was there some move he began making from the transcendent imposition of structure on the material world to the immanent emergence of structure by way of privation?

All this seems in play in Plato and Aristotle. And everyone interprets according to their preference. But that is the basic difference I would say. A dualism of transcendence or a triadicism of immanence.

Yep. Once you have heard it said, you can never unsee it. :chin:

Just for fun, here is a phenomenological discussion of why new car colours suddenly look so weird and wrong.

Favorite philosophical insight: Life presents itself chiefly as an opportunity. :wink:

You pretend not to be involved in a discussion about language but your view hinges on your use of a single word. — Banno

It seems more an effort to discuss at the level of neurobiology. And so the "language" or semiotics of perceptual experience.

Of course hue discrimination appears in our language games too. Ask any interior decorator. They have 100 names for shades that are nearly white.

But words are the currency of a socially-constructed level of world-modelling. Neurobiology concerns the far more complicated science of neurobiological world-modelling.

You keep mixing these categories, or just in fact bluntly pretending there is nothing worth talking about beyond your narrow comfort zone. But without a neurobiology of perception, there can be no social game of comparing beetles in boxes. The private/public distinction would be metaphysically moot as the grounds for it would simply fail to exist.

This question addresses the subject of moral concern: actually living, present persons, n o t possible, future persons (which is AN's category mistake). — 180 Proof

I think AN can only be understood as a social tactic to justify ineffectuality. One is a victim of life itself and so can't be held responsible for ... anything.

The choice to have children is a big responsibility. So let's reframe that as a fundamental ground of victimhood. The original sin of society and its large collection of consequent responsibilities. All that must follow from being born.

That's like saying that a phone encodes the information passing down it. — Ludwig V

Or more like saying a street plan encodes a functional map of its world, the city. If you want to move about, there is some habitual pattern that gets you from a to b in an efficient fashion.

A phone line transmits information. A phone system can start to encode the world it serves in terms of its functional pattern of highways and back alleys.

Even our machines can start to have organic form as they become intelligently organised into a civil engineering infrastructure. A system designed on dissipative structure principles.

So a single phone line doesn’t embody much semiotic meaning except that I might want to talk to you. But our infrastructure systems become the meaningful structure of our modern existence as a civilisation level super organism.

Biology is not reducible to physics because a living body, though it is a physical object, cannot be explained without reference to concepts that have no place in physics. — Ludwig V

Biologists like Robert Rosen would argue that biology is larger than physics as it includes all the ways matter can be shaped by form. It includes intelligent form along with inanimate form.

So biology makes physics one of its subsidiary disciplines. :razz:

What I was implying is that all of the events that led to the development of neuronal structure- whether on an evolutionary or developmental scale - can be in principle described purely in terms of particles and how they move in space and time. In principle, such a thing could be simulated using a complete model of fundamental physics - it would just obviously be orders of magnitude too complicated to ever be possible to do. — Apustimelogist

Describing wouldn’t be explaining. Simulating wouldn’t be capturing the causality in question.

You won’t read it, but here is how Pattee covers that..
https://www.researchgate.net/publication/221531066_Artificial_Life_Needs_a_Real_Epistemology

Yours becomes a really odd position when physics can’t even settle on an agreement of how a classical realm emerges from a quantum one. Or how a non-linear system can be reduced to a linear model.

Coarse graining is needed because fine graining can’t deliver. Physics delivers only effective versions of “fundamental reality”.

Of course for my position, as an Aristotelian hierarchicalist on causality, that is what is expected. The systems view of causality is that nature is all about global constraints shaping up the local degrees of freedom in evolutionary fashion. Atoms emerge due to the constraints of top-down topological order being imposed on quantum possibility.

But that is another - pansemiotic - story alongside the semiotic story I’ve been outlining here. I’m just pointing out that reductionism doesn’t just fail when it comes to life and mind. It is inadequate for physics itself.

Although of course, for the purposes of building machines, building technology, reductionism is perfectly suited to that task. Mechanics is the right mindset for imposing a mechanical causality on the physics of nature.

Because obviously, in principle one could describe the entire process of cell development and the entire history of the world in which evolution occurs in terms of particles moving in space - it would just not be tractably comprehensible by yourself. — Apustimelogist

I am asking you to ground your account in its causal principles. Because your physics is reductionist, you can’t deliver on that. You can only assure me you could reconstruct the world as some kind of simulation of its shaped material parts. Some set of atoms arranged in space and moving “because” of Newtonian laws.

As a reductionist, you can’t in fact reduce at all. You can only enumerate parts. You can’t speak to the causality of the whole. The only compaction of information you can offer is a mechanics of atoms. The offer to simulate is given in lieu of what is meant by a causal account.

Our observations about reality are grounded on and instantiated in the most zoomed-in scale, fully resolved, fully decomposed — Apustimelogist

You mean reality resolves into its fundamental atomistic detail at the level of the Planckscale? Of the quantum foam? Of quantum gravity?

Yeah. How is that project going exactly?

It takes more mental power to get at the meaning of "philosophy" than "photograph" even though both words contain the same amount of letters. — Harry Hindu

Sure. But then our brain is an expensive organ to run. It uses glucose at the rate of working muscle. On the other hand, that is a constant metabolic cost. There is little change when we daydream or go to sleep.

And the goal of the brain is also to reduce all thoughts to learnt habits. It we figure things out, then our mind can just shortcut to our routine definitions of those words. So what you call mental power is the effort of attending to novelty. But once we have reduced some thing to a habit of thought, it can simply be unthinkingly emitted. It becomes so remembered formula that just needs to be triggered. The metabolic cost of rewiring the brain has been paid.

I could argue that the display of the peacock's tail says something about the Big Bang, as there would not be a peacocks if there wasn't a Big Bang. — Harry Hindu

You could read that into a peacock tail. But two peacocks just have their one instinctual understanding.

You have actual language and that makes a huge difference. Peacocks only have their genes and neurology informing their behaviour. No virtual social level of communication.

It's really just a difference in degrees. More complex brains can use more complex representations and get at more complex causal relations. — Harry Hindu

Your own argument says it isn’t if humans have language and a virtual mentality that comes with that.

Still can’t give a fuck. You’re all over the shop.

This might be a fatal mistake in your reasoning — schopenhauer1

Or else you have no idea what natural philosophy is - https://plato.stanford.edu/entries/aristotle-natphil/

The rest is just too dull to address.

Why is it reductionist if I explicitly talk about the importance of higher level explanatory frameworks? — Apustimelogist

I’m talking about ontology rather than epistemology. Life and mind as a further source of causality in the cosmos. The stakes are accordingly higher.

When are you going to refute the idea that all coarse-grainings of behaviors over larger scales are grounded on higher resolution details at smaller scales of space and time? — Apustimelogist

How can I refute that in the face of your refusal to engage with the question of how physics - coarse or fine - accounts for the functional structure of a neuron?

You haven’t yet made the argument. Only asserted your belief system.

Well, unfortunately that doesn't guarantee anything. — Apustimelogist

It at least means I understand more than the gist.

What you are trying to do is deny that there is a core principle, but that is exactly what I am pushing back on. — schopenhauer1

But that is just your failure to understand my position. My core principle is that there is always a dialectical balance in anything that could matter. A trade-off. And trade-offs ought to be optimised in a win-win fashion. That is the answer that is worth seeking.

Your approach drives you to angry dogmatism. My approach leads me to pragmatism. We do the best we can by reasoning. We should always expect a complementary balance to exist in nature. Complementary balances is after all how nature can even exist.

So my approach is rooted in natural philosophy. That is its metaphysical basis.

Yours seems to be some kind of Platonic notion of perfection. A one-note "good". A leap to an extreme that ends all debate.

The slippery slope fallacy, as I say. All answers must arrive in the one place, whereas for me they have many possible balancing points between two complementary notions of "the good".

It is good to take risks as it is good to get rewards. Pain is good as pain tells you what to avoid. Life is good because after that you will have plenty of oblivion in which to rest.

Nature has set us up genetically to think in this natural way. To understand life as a spectrum of possibilities that we must then navigate in a reasonable fashion.

The primary dichotomy of human social organisation is the balancing of competition and cooperation. Individual striving and collective identity. Both of these imperatives are good to the degree they are in a fruitful balance.

So perhaps my way of thinking is a little more complex. But not sure I have to make excuses for that.