What Smolin argues is that while some represent the laws of physics as "global", they really are not. — Metaphysician Undercover
To study a system we need to define what is contained and what is excluded from it. We treat the system as if it were isolated from the rest of the universe, and this isolation itself is a drastic approximation. We cannot remove a system from the universe, so in any experiment we can only decrease, but never eliminate, the outside influences on our system. — Smolin
...there are no laws in the early universe. It is only in virtue of a high-level restriction of possibility that laws can emerge by enabling certain paths while precluding others. The laws of physics thus develop not unlike the manner in which a stream wears its own bed (CP 5.492);
... in both approaches, the emergence of regularity is associated with a loss of novelty, or spontaneity, in the system. To both this loss of novelty is not complete (there remains room for what Peirce called “absolute chance”),30 rather “at some stage [it] stops being sufficient to destabilize regularity” (Cortês & Smolin, 2015: 19).
... if there is truly nothing – meaning there are no constraints whatsoever – there is nothing to prevent anything from happening, so that eventually something will happen, which, as there are no constraints, will be a purely random event. In other words, all we are doing is to remove the restriction that came with the concept of nothing as it was conceptualized through the removal of everything, which is that it has to be purely passive –something like an inert, empty space at t0 – unable to generate anything.
Such active, or energetic, interpretation of nothing dovetails nicely with the remarks by Peirce that drew Smolin’s attention, namely that a purely random event is not the kind of thing that needs further explanation to justify belief in its possibility, as any explanation to that effect will give us a narrative
that de facto negates the event’s randomness. It also dovetails with the idea of Smolin and Cortês, discussed earlier, that the events CST speaks of are intrinsically endowed with energy and momentum.
I can only encourage anyone who, like SLX, denounces the abuse of the terms of Law and legal usage in philosophy and science. — Akanthinos
In fact one of the things I liked about Cartwright's quote that I cited in the OP is that she argues that 'laws of nature' are more like 'human' laws and not less: they bear upon very specific situations, and for most action and behavior, the law simply has nothing to say. — StreetlightX
If the "laws" of nature are merely a social construction, a convenient illusion we project on to a bricolage of individuated histories, then this would give a metaphysical-strength justification for a politics of PC pluralism. — apokrisis
Law can be exactly as extensive as the Legislator wishes it to be. — Akanthinos
"PC pluralism" has on it's side Existentialism and, and this may be a bit chauvin, the non-negligible advantage of being the only non-douchebag game in town, so to speak. — Akanthinos
The background to this thread was SX promising to show how the enemies of the left misuse the concepts of evolution to serve their political agendas. — apokrisis
What else can reason besides organisms? Computers?Any organism that is able to perceive its environment in more detail can use its energy more efficiently in finding ofood — Harry Hindu
Right - any organism. And that is a biological observation. It is not a justification of reason. Biology has nothing specific to say about that. — Wayfarer
Yeah. Anyone not standing alongside you is a douchebag. Skillfully argued. — apokrisis
I ask simply to show others that you can't answer them. — Harry Hindu
That's your problem. You don't want to change or learn anything. You just want to keep beleiving what you believe.I guess I’ll just have to live with that, Harry. — Wayfarer
I understand philosophy all to well (at least the kind used here on these forums by many of the posters, like yourself and SX). It is the act of being artful with words, not a logical use of words.To be honest, the impression I get from your posts, is that you have no understanding of philosophy as such. Everything you write is straight out of pop science. That’s why I don’t bother with most of your posts, a practice that I will forthwith return to. — Wayfarer
You'd think that me asking what reasoning is is asking what the spectacles are. What are the spectacles, Wayfarer?But it is futile having these debates with you as you are only ever capable of looking through your spectacles, and never at them — Wayfarer
The philosopher of science Nancy Cartwright explains this idea best: "Covering-law theorists tend to think that nature is well-regulated; in the extreme, that there is a law to cover every case. I do not. I imagine that natural objects are much like people in societies. Their behaviour is constrained by some specific laws and by a handful of general principles, but it is not determined in detail, even statistically. What happens on most occasions is dictated by no law at all.... God may have written just a few laws and grown tired." (Cartwright, How The Laws of Physics Lie). — StreetlightX
It seems that rather that it is a criticism of the concept of Law in regards to the domain of natural philosophy or even just Nature itself, a qualification of how should be understood the extension of these Laws of Natures. — Akanthinos
"Well-regulated" may, in a vacuum, refer to the extension of laws covering the specific situation, but it may also have a more mechanical usage of "efficient", "without operating deviations", so to speak. — Akanthinos
In this context it'd be the former sense of the phrase that's under consideration. — StreetlightX
And perhaps should we not simply stabilize the usage of the term to resolve the issue of your OP? If Nature is not a stress-free system, not a place of well-regulated common practices repeated over and over again, as, it seems to me, all evidence should point to, then should we not agree that neither one or the other meaning of the term applies to it? — Akanthinos
if we admit both senses, to the degree that nature is not 'well-regulated' in the 2nd sense ('efficient'), it is because it is not well-regulated in the 1st sense ('extension'). There's a logical priority here which one must be careful to attend to. — StreetlightX
I'm still thinking about the negativity of what we can call natural laws. — Akanthinos
The usual view is that physics must find something definite, crisp, determinate, atomistic, once it drills down to the bedrock of existence. This is why the micro-physical laws are taken to describe something substantially real while the macro-physical laws - like the second law of thermodynamics in particular - are dismissed as merely emergent in the sense of being descriptive illusions. A way of summing over the fine detail as a convenience. — apokrisis
This is why the micro-physical laws are taken to describe something substantially real while the macro-physical laws - like the second law of thermodynamics in particular - are dismissed as merely emergent in the sense of being descriptive illusions. A way of summing over the fine detail as a convenience. — apokrisis
Rosen's modelling relations constitute a conceptual schema for the understanding of the bidirectional process of correspondence between natural systems and formal symbolic systems. The notion of formal systems used in this study refers to information structures constructed as algebraic rings of observable attributes of natural systems, in which the notion of observable signifies a physical attribute that, in principle, can be measured. Due to the fact that modelling relations are bidirectional by construction, they admit a precise categorical formulation in terms of the category-theoretic syntactic language of adjoint functors, representing the inverse processes of information encoding/decoding via adjunctions. As an application, we construct a topological modelling schema of complex systems. The crucial distinguishing requirement between simple and complex systems in this schema is reflected with respect to their rings of observables by the property of global commutativity. The global information structure representing the behaviour of a complex system is modelled functorially in terms of its spectrum functor. An exact modelling relation is obtained by means of a complex encoding/decoding adjunction restricted to an equivalence between the category of complex information structures and the category of sheaves over a base category of partial or local information carriers equipped with an appropriate topology.
I'm tempted to try to start a reading group for this paper discussing Rosen: — fdrake
Due to the fact that modelling relations are bidirectional by construction, they admit a precise categorical formulation in terms of the category-theoretic syntactic language of adjoint functors, representing the inverse processes of information encoding/decoding via adjunctions.
I was thinking about this too, and especially the curious idea - let me know if you agree - that even positive injunctions in the law are, in a way, simply double negatives. — StreetlightX
There are no special constitutional Laws of Nature, or perhaps, the things we call Laws of Nature can only be so by analogy to constitutional law. — Akanthinos
The deepest physical laws look to capture mathematical symmetries. This is in fact a theorem - Noether's theorem. — apokrisis
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