I think consciousness is sufficiently different from physical things that we cannot know that it has this same "limitation." Consciousness may be the only thing that can study consciousness. If consciousness is feeling and thinking, then that which feels and thinks can feel and think about itself. Maybe? — Patterner
You have only told me, this is your inner Self in the same way as people would say, 'this is a cow, this is a horse', etc. That is not a real definition. Merely saying, 'this is that' is not a definition. I want an actual description of what this internal Self is. Please give that description and do not simply say, 'this is that'. Yājñavalkya says: "You tell me that I have to point out the Self as if it is a cow or a horse. Not possible! It is not an object like a horse or a cow. I cannot say, 'here is the ātman; here is the Self'. It is not possible because you cannot see the seer of seeing. The seer can see that which is other than the Seer, or the act of seeing. An object outside the seer can be beheld by the seer. How can the seer see himself? How is it possible? You cannot see the seer of seeing. You cannot hear the hearer of hearing. You cannot think the Thinker of thinking. You cannot understand the Understander of understanding. Eṣa ta ātmā sarvāntaraḥ: That is the ātman."
Nobody can know the ātman inasmuch as the ātman is the Knower of all things. So, no question regarding the ātman can be put, such as "What is the ātman?' 'Show it to me', etc. You cannot show the ātman because the Shower is the ātman; the Experiencer is the ātman; the Seer is the ātman; the Functioner in every respect through the senses or the mind or the intellect is the ātman. As the basic Residue of Reality in every individual is the ātman, how can we go behind It and say, 'This is the ātman?' Therefore, the question is impertinent and inadmissible. The reason is clear. It is the Self. It is not an object.
"Everything other than the ātman is stupid; it is useless; it is good for nothing; it has no value; it is lifeless. Everything assumes a meaning because of the operation of this ātman in everything. Minus that, nothing has any sense”. Then Uṣasta Cākrāyana, the questioner kept quiet. He understood the point and did not speak further.
There is a major debate as to whether there are non-causal mathematical explanations of physical facts that show how the facts under question arise from a degree of mathematical necessity considered stronger than that of contingent causal laws. We focus on Marc Lange’s account of distinctively mathematical explanations to argue that purported mathematical explanations are essentially causal explanations in disguise and are no different from ordinary applications of mathematics. This is because these explanations work not by appealing to what the world must be like as a matter of mathematical necessity but by appealing to various contingent causal facts. — Mathematical Explanations...
Newton's laws of motion are effective because they model the predicable behaviours of bodies in mathematical terms. Is that what a 'non-causal mathematical explanation' is referring to? — Wayfarer
Yes, that’s right. A non-causal mathematical explanation, like the one Marc Lange discusses, refers to an explanation that doesn’t involve direct physical causality (like a collision between two bodies) but instead shows how the behavior of a system arises due to deeper mathematical structures or constraints, like Newton’s laws. The laws describe what must happen, given certain conditions (modal necessity), without directly causing events in the same sense as physical interactions. The debate focuses on whether these are truly non-causal or still ultimately rely on contingent, causal facts. — ChatGPT
So they're disputing modal necessity? — Wayfarer
Yes, the authors of the article are disputing the idea of modal necessity as a basis for certain mathematical explanations. They argue that purportedly non-causal mathematical explanations, such as those Lange describes, are still grounded in contingent causal facts rather than being purely based on mathematical necessity. The debate centers on whether these explanations genuinely reflect a stronger necessity that transcends specific physical causes or whether they are simply causal explanations in disguise, relying on ordinary applications of mathematics to model physical interactions. — ChatGPT
What about thinking of them as generalised abstractions that enable accurate predictions of physical behaviour? — Wayfarer
Thinking of mathematical laws, like Newton’s laws of motion, as generalized abstractions makes sense. These laws provide abstract, generalized models that capture patterns of physical behavior across various contexts. While they don’t directly cause events (as physical collisions do), they enable highly accurate predictions by abstracting essential relationships (like force, mass, and acceleration). This framework helps us understand physical systems by focusing on the underlying structure and constraints that govern behavior, allowing for a broad application across many scenarios, even without invoking specific causal events. — ChatGPT
They argue that purportedly non-causal mathematical explanations, such as those Lange describes, are still grounded in contingent causal facts rather than being purely based on mathematical necessity.
It's the 'grounded in' which is the point of contention. They undermine the ontogical priority of logical necessity by making it appear derivative. — Wayfarer
Exactly—this is the heart of the dispute. The authors challenge the ontological priority of logical or mathematical necessity, arguing that these so-called "non-causal" explanations are actually derivative of causal facts. By framing mathematical necessity as contingent upon physical interactions, they seek to undermine the idea that such necessity has an independent or more fundamental status. Instead, they claim these mathematical abstractions are useful tools for modeling, but ultimately rest on causal realities rather than constituting a separate, superior explanatory framework. — ChatGPT
Jha et al are asking the very question about whether logical principles can be more than contingently causal. They’re not at all “unwilling “ to entertain the idea; it’s the topic of their paper. They do end up arguing against it, true. — J
He is the author of the blockbuster bestseller Laws and Lawmakers: Science, Metaphysics, and the Laws of Nature (Oxford, 2009), which is soon to be a major motion picture. More recently, he has written the iridescently lyrical “Because Without Cause: Non-Causal Explanations in Science and Mathematics” (Oxford, 2016). Earlier he wrote the gripping page-turner An Introduction to the Philosophy of Physics: Locality, Fields, Energy, and Mass (Blackwell, 2002) and the steamy, heart-rending Natural Laws in Scientific Practice (Oxford, 2000).
The quote from Maurice Merleau-Ponty didn’t offer any evidence — Clearbury
And does that make sense to you? Does it seem plausible?
— Wayfarer
No, but what makes sense is Berkeley's rejection of the split between mind and body. — jkop
I agree with the introduction to Pinter's book Mind and Cosmic Order
The book’s argument begins with the British empiricists who raised our awareness of the fact that we have no direct contact with physical reality, but it is the mind that constructs the form and features of objects. It is shown that modern cognitive science brings this insight a step further by suggesting that shape and structure are not internal to objects, but arise in the observer.
I read this as saying that patterns exist in the mind, not the world. — RussellA
The question raised is whether a distinctively mathematical explanation (DME) for physical facts truly exists – whether “the facts under question arise from a degree of mathematical necessity considered stronger than that of contingent causal laws.”
If you substitute “logical” for “mathematical,” you can see that the question is very much about whether our analytical (for lack of a better term) knowledge imposes itself on the physical world in a way that is genuinely explanatory. Jha et al. think not, and present a strong argument that all purported DMEs are actually rephrased or disguised versions of the causal explanations that ordinarily obtain. — J
Bishop Berkeley understood, correctly, that such a split makes no sense, so he decided to focus on the mind. Matter is not eliminated, but it's not fundamental. Mind is. — jkop
Because if within a world absent of observers, spatial and temporal relationships had no ontologically existence, then there would be no way of spatially and temporally relating disparate things together, meaning that in the world there would be no patterns, as a pattern can only exist if its parts are somehow related together. — RussellA
do the patterns that we see exist in the world or only in our mind — RussellA
A pattern has a unity because of the particular way things are spatially and temporally related to each other, where the whole is more than the sum of its parts. — RussellA
I think J's OP is interesting. It is something like: if mathematical necessity is not self-supporting, then whence is the necessity derived? — Leontiskos
I have mentioned before that fundamentally the S. equation reduces to a simple calculus concept: the instantaneous change in a thing is proportional to the amount of that thing at that time. Think of continuous compounding of interest in the financial realm. Nothing magical. — jgill
Anyway, it went real well with no significant catastrophes the day of. — noAxioms
Ok, Husserl might not seem to be a dualist, but the assumption that consciousness is immaterial in the sense that it never appears as an object in a world of objects, implies an epistemological dualism, and the hard problem reappears. For if consciousness is immaterial, then it seems we have no way of knowing what it's like to be another observer, or how immaterial experiences arise in a material world. — jkop
For idealists for whom everything is consciousness, the hard problem does not arise from a metaphysical or epistemological wedge. Likewise, it doesn't arise for direct realists under the assumption that we see objects directly — jkop
For example, a bird observing its environment,, birdwatchers observing the bird, a prison guard observing prisoners, a solo musician observing his own playing, an audience observing the musician, scientists observing their experiments, a thinker observing his own thinking (e.g. indirectly via its effects). — jkop
For the player in action the football field is not an ‘object,’ that is, the ideal term which can give rise to an indefinite multiplicity of perspectival views and remain equivalent under its apparent transformations. It is pervaded with lines of force (the ‘yard lines’; those which demarcate the ‘penalty area’) and articulated in sectors (for example, the ‘openings’between the adversaries) which call for a certain mode of action and which initiate and guide the action as if the player were unaware of it. The field itself is not given to him, but present as the immanent term of his practical intentions; the player becomes one with it and feels the direction of the ‘goal,’for example, just as immediately as the vertical and the horizontal planes of his own body. It would not be sufficient to say that consciousness inhabits this milieu. At this moment consciousness is nothing other than the dialectic of milieu and action. Each maneuver undertaken by the player modifies the character of the field and establishes in it new lines of force in which the action in turn unfolds and is accomplished, again altering the phenomenal field. (Merleau-Ponty, 1942/1963, pp. 168–9, emphasis added) — Quoted in Précis of Mind in Life: Biology, Phenomenology, and the Sciences of Mind, Evan Thompson
Or perhaps indivisible, and that seems to be a bit different. A chicken is indivisible. To divide it is to lose your chicken. — Leontiskos
There was consensus among the scholastics on both the convertibility of being and unity, and on the meaning of this ‘unity’ —in all cases, it was taken to mean an entity’s intrinsic indivision or undividedness. — Being without One, by Lucas Carroll, 121-2
For example, the magic of a Monet derives from the artist's deliberate attempt to create a unity out of a set of spatially separate blobs of paint on a canvas. Such a unity exists only in the mind of the observer, not in the world, in that one blob of paint of the canvas has no "knowledge" as to the existence of any other blob of paint on the canvas. Patterns only exist in the mind, not the world.
As patterns don't ontology (sic) exist in the world, but do exist in the mind, to say that patterns in the mind have derived from patterns in the world is a figure of speech rather than the literal truth. — RussellA
the neo-logos philosophies might say something like, "If nature has patterns, and our language has patterns, and we are derived from nature, it may be the case that our language is a necessary outcome of a more foundational logic". — schopenhauer1
I am afraid we are not rid of God because we still have faith in grammar. — Nietszche
Computers create models of the world. Does this mean that the computer can imagine things? What makes brains so special in that minds arise from them but cannot arise from a computer? Both are physical objects and both are doing similar things in processing (sensory) information. If a physical object like a brain can produce a mind, then why not a computer? — Harry Hindu
↪Gnomon
Generally :up: but watch out for the tendency to reify, 'make into a thing'.
— Wayfarer
Thanks. You have warned me about "reification" before*1. But it seems that most Philosophy-versus- Science arguments, going back to Plato's Idealism, hinge on the Reality (plausibility ; utility ; significance) of abstractions. Are Mathematics and Metaphysics "real" or "ideal"? Regardless of how you categorize them, Ideal or Abstract non-things are very important for philosophical discussions, no?.
Is the Aether, postulated by physicists to explain such ideas as "vacuum energy" real or ideal? Here's what I said about that : "I argue that the metaphysical Aether is immaterial, just like the hypothetical Quantum Vacuum and the Universal Quantum Field. It's not physical or spiritual, but mathematical (statistical) and mental (logical). If Math & Mind are real, so is the statistical sphere of Probability & Potential.". Is "immaterial" the same as non-thing & unreal? Is Math a real thing, or an abstraction in a human mind? Is the Quantum Field*2 a perceivable real thing, or an abstract human concept?
I didn't claim that Aether is an actual physical thing, as some physicists seem to imply*2. Instead, I'm saying that it is the Potential for causal Energy ; which is the Potential for actual Matter*3. So, the philosophical question here seems to be : is Potential to Actual*4 the same as Reification". It seems to "make nothing into a thing". :smile:
*1. Reification means to treat something abstract as if it were a physical thing. For example, you might reify an abstract concept like fear, happiness, or evil.
The process of turning human concepts, actions, processes, relations, and properties into tangible things
___Google AI overview
*2. According to current scientific understanding, quantum fields are considered to be real, existing throughout space and acting as the fundamental building blocks of the universe, with experimental evidence supporting their existence and effects; although they are a theoretical construct, they provide incredibly accurate predictions about the behavior of particles and are considered the best explanation for our physical reality at the subatomic level.
___Google AI overview
Note --- Is "considered to be real" a fact or a belief? Is a "theoretical construct" a real thing, or a reification?
*3. Yes, "energy is potential for matter" means that energy represents the capacity to do work or cause change in matter, essentially acting as a stored potential that can be released to create movement or transformations within matter; this is often described as potential energy, which is energy stored due to an object's position or state, ready to be converted into kinetic energy (motion) when conditions change.
___Google AI overview
*4. In Aristotle's philosophy, potentiality is the capacity of something to develop into a specific state or perform a specific function, while actuality is the realization of that capacity. These concepts are central to understanding change and reality, and helped Aristotle explain how things can change while maintaining their identity.
___Google AI overview — Gnomon
Regardless of how you categorize them, Ideal or Abstract non-things are very important for philosophical discussions, no?. — Gnomon
is Potential to Actual*4 the same as Reification". It seems to "make nothing into a thing". — Gnomon
In Aristotle's philosophy, potentiality is the capacity of something to develop into a specific state or perform a specific function, while actuality is the realization of that capacity. — Gnomon
This is picturing for literal sight of the ultimate self-referential grabbing. — ucarr
You're trying to set boundaries for the context of the HPoC debate. — ucarr
Modern physics, with the backing of QM and the measurement problem, rejects the binary as falsity. — ucarr
Right, so instead of substance-dualism you have two orders or perspectives or property-dualism. All the same, when we want to explain how two phenomena are related to each other, yet assume that they are fundamentally different in a way that makes is hard or impossible to understand how they could be related, then the problem might be in the assumption. — jkop
Just machines to make big decisions
Programmed by fellows with compassion and vision
We’ll be clean when their work is done
Eternally free, yes, and eternally young — Donald Fagen, I.G.Y.
I now have a new daughter in law, and have attended what we knew would likely be a covid spreader event — noAxioms
Report: RH = RH. — ucarr
I say that when I make a claim about something, intending by my claim to establish an objective fact, I simultaneously treat that something as an object. — ucarr
The subject/object duo cannot be broken apart. Each always implies the other. That's the bi-conditional, isn't it? — ucarr
The modern mind-body problem arose out of the scientific revolution of the seventeenth century, as a direct result of the concept of objective physical reality that drove that revolution. Galileo and Descartes made the crucial conceptual division by proposing that physical science should provide a mathematically precise quantitative description of an external reality extended in space and time, a description limited to spatiotemporal primary qualities such as shape, size, and motion, and to laws governing the relations among them. Subjective appearances, on the other hand -- how this physical world appears to human perception -- were assigned to the mind, and the secondary qualities like color, sound, and smell were to be analyzed relationally, in terms of the power of physical things, acting on the senses, to produce those appearances in the minds of observers. It was essential to leave out or subtract subjective appearances and the human mind -- as well as human intentions and purposes -- from the physical world in order to permit this powerful but austere spatiotemporal conception of objective physical reality to develop. — Thomas Nagel, Mind and Cosmos
I see no obvious reason why consciousness cannot perceive itself as an object. — ucarr
Why is math so faithful? It may be that we can't know that. — frank
Neoplatonic mathematics is governed by a fundamental distinction which is indeed inherent in Greek science in general, but is here most strongly formulated. According to this distinction, one branch of mathematics participates in the contemplation of that which is in no way subject to change, or to becoming and passing away. This branch contemplates that which is always such as it is and which alone is capable of being known: for that which is known in the act of knowing, being a communicable and teachable possession, must be something that is once and for all fixed. — Jacob Klein, Greek Mathematical Thought and the Origin of Algebra.
(Empiricists) view Platonism with skepticism. Scientists tend to be empiricists; they imagine the universe to be made up of things we can touch and taste and so on; things we can learn about through observation and experiment. The idea of something existing “outside of space and time” makes empiricists nervous: It sounds embarrassingly like the way religious believers talk about God, and God was banished from respectable scientific discourse a long time ago.
Platonism, as mathematician Brian Davies has put it, “has more in common with mystical religions than it does with modern science.” The fear is that if mathematicians give Plato an inch, he’ll take a mile. If the truth of mathematical statements can be confirmed just by thinking about them, then why not ethical problems, or even religious questions? Why bother with empiricism at all? — What is Math?
In Elon Musk’s vision of human history, Donald Trump is the singularity. If Musk can propel Trump back to the White House, it will mark the moment that his own superintelligence merges with the most powerful apparatus on the planet, the American government—not to mention the business opportunity of the century.
Many other titans of Silicon Valley have tethered themselves to Trump. But Musk is the one poised to live out the ultimate techno-authoritarian fantasy. With his influence, he stands to capture the state, not just to enrich himself. His entanglement with Trump will be an Ayn Rand novel sprung to life, because Trump has explicitly invited Musk into the government to play the role of the master engineer, who redesigns the American state—and therefore American life—in his own image.
Musk’s pursuit of this dream clearly transcends billionaire hobbyism. Consider the personal attention and financial resources that he is pouring into the former president’s campaign. According to The New York Times, Musk has relocated to Pennsylvania to oversee Trump’s ground game there. That is, he’s running the infrastructure that will bring voters to the polls. In service of this cause, he’s imported top talent from his companies, and he reportedly plans on spending $500 million on it. That doesn’t begin to account for the value of Musk’s celebrity shilling, and the way he has turned X into an informal organ of the campaign.
Musk began as a Trump skeptic—a supporter of Ron DeSantis, in fact. Only gradually did he become an avowed, rhapsodic MAGA believer. His attitude toward Trump seems to parallel his view of artificial intelligence. On the one hand, AI might culminate in the destruction of humanity. On the other hand, it’s inevitable, and if harnessed by a brilliant engineer, it has glorious, maybe even salvific potential.
Musk’s public affection for Trump begins, almost certainly, with his savvy understanding of economic interests—namely, his own. Like so many other billionaire exponents of libertarianism, he has turned the government into a spectacular profit center. His company SpaceX relies on contracts with three-letter agencies and the Pentagon. It has subsumed some of NASA’s core functions. Tesla thrives on government tax credits for electric vehicles and subsidies for its network of charging stations. By Politico’s tabulation, both companies have won $15 billion in federal contracts. But that’s just his business plan in beta form. According to The Wall Street Journal, SpaceX is designing a slew of new products with “national security customers in mind.” ...
It’s not hard to imagine how the mogul will exploit this alliance. Trump has already announced that he will place him in charge of a government-efficiency commission. Or, in the Trumpian vernacular, Musk will be the “secretary of cost-cutting.” SpaceX is the implied template: Musk will advocate for privatizing the government, outsourcing the affairs of state to nimble entrepreneurs and adroit technologists. That means there will be even more opportunities for his companies to score gargantuan contracts. So when Trump brags that Musk will send a rocket to Mars during his administration, he’s not imagining a reprise of the Apollo program. He’s envisioning cutting SpaceX one of the largest checks that the U.S. government has ever written. He’s talking about making the richest man in the world even richer.
If you agree with me that the forms of reality are really attributed by our cognition; then they are not ‘real’ (in the realist’s sense) but rather transcendentally ideal; and this would be a position which is neither nominalist nor realist (in the sense of those terms as you defined them). — Bob Ross
For Peirce, universals are real because they represent tendencies or patterns in nature that guide how things behave. His realism is grounded in his belief that the regularities of the world, such as the laws of logic or nature, are not arbitrary constructs of the human mind but are real features of the universe.
while something real may be said to exist, reality encompasses a broader domain of truths, including abstract concepts like laws of nature or mathematical objects, which don’t exist in a material sense but are still real because they hold independently of personal opinion.
The relation 'north of' does not seem to exist in the same sense in which Edinburgh and London exist. If we ask 'Where and when does this relation exist?' the answer must be 'Nowhere and nowhen'. There is no place or time where we can find the relation 'north of'. It does not exist in Edinburgh any more than in London, for it relates the two and is neutral as between them. Nor can we say that it exists at any particular time. Now everything that can be apprehended by the senses or by introspection exists at some particular time. Hence the relation 'north of' is radically different from such things. It is neither in space nor in time, neither material nor mental; yet it is something. — Russell, the World of Universals
We shall find it convenient only to speak of things existing when they are in time, that is to say, when we can point to some time at which they exist (not excluding the possibility of their existing at all times). Thus thoughts and feelings, minds and physical objects exist. But universals do not exist in this sense; we shall say that they subsist or have being, where 'being' is opposed to 'existence' as being timeless.
I think this vision of 'what is', is at the heart of both philosophy and mysticism, and that we generally don't see 'what is' (tathata in Buddhist philosophy) because of that sense of otherness.If you see "what is" then you see the universe, and denying "what is" is the origin of conflict. The beauty of the universe is in the "what is"; and to live with "what is" without effort is virtue. — J. Krishnamurti
The most damning thing from the trove of evidence — NOS4A2
I suspect that Rouse’s distinction will eventually prove to be untenable. — Joshs
They're fundamentally different under the assumption that consciousness is non-material, which implies dualism, i.e. that we split the world in two, which is implausible. — jkop
In contrast to the outlook of naturalism, Husserl believed all knowledge, all science, all rationality depended on conscious acts, acts which cannot be properly understood from within the natural outlook at all. Consciousness should not be viewed naturalistically as part of the world at all, since consciousness is precisely the reason why there was a world there for us in the first place. For Husserl it is not that consciousness creates the world in any ontological sense—this would be a subjective idealism, itself a consequence of a certain naturalising tendency whereby consciousness is cause and the world its effect—but rather that the world is opened up, made meaningful, or disclosed through consciousness. The world is inconceivable apart from consciousness. Treating consciousness as part of the world, reifying consciousness, is precisely to ignore consciousness’s foundational, disclosive role. For this reason, all natural science is naive about its point of departure, for Husserl. Since consciousness is presupposed in all science and knowledge, then the proper approach to the study of consciousness itself must be a transcendental one—one which, in Kantian terms, focuses on the conditions for the possibility of knowledge. — p144
I doubt that Penrose thought in terms of the Platonic principle of Cosmic Reason as the essence of Consciousness. — Gnomon
"The wavefunction is the ontological state of existence of systems in the universe. — Gnomon
Is it (Bentley Hart's latest) any good? I have liked some of DBH's books, others I found a bit plodding. — Count Timothy von Icarus
I started Taylor's "A Secular Age," but it's quite long so I'll see how long it takes me. — Count Timothy von Icarus
A different world, if there could be such, would reveal different regularities, but the role of math would be unchanged. — J
For me, ‘reality’ is the ‘totality of what exists’; and ‘existence’ is the primitive concept of ‘being’. ...given the modern perspective, we understand that reality in-itself lacks any forms. Perhaps you can give some insight into this. — Bob Ross
To me, to take a ‘realist’ account, in the medieval sense, is to necessarily posit that the a priori ways by which we experience is a 1:1 mirror of the forms of the universe itself; and I have absolutely no clue why I should believe that. — Bob Ross
There is a major debate as to whether there are non-causal mathematical explanations of physical facts that show how the facts under question arise from a degree of mathematical necessity considered stronger than that of contingent causal laws
“The facts allegedly explained by a DME do not obtain because of a mathematical necessity but by appeal to the world’s network of causal relations. . . . [Mathematics] is not a constraint on what the physical world must be.” — J
