The distinction made between a realm of becoming and the realm of eternity in early Greek thought is an interesting frame to consider.
Change becomes the most difficult thing to talk about. — Paine
The independent existent we are measuring, does not overlook the role of the observing mind. — Philosophim
The dependence of what is observed upon the choice of the experimental arrangement made Einstein unhappy. It conflicts with the view that the universe exists "out there" independent of all acts of observation. In contrast, Bohr stressed that we confront here an inescapable new feature of nature, to be welcomed because of the understanding it gives us. In struggling to make clear to Einstein the central point as he saw it, Bohr found himself forced to introduce the word "phenomenon". In today's words, Bohr's point - and the central point of quantum theory - can be put into a simple sentence: "No elementary phenomenon is a phenomenon until it is a registered (observed) phenomenon".

You can absolutely logically claim that if observers weren't there, the measurements that they invented in themselves would not exist. But you haven't proven that what is concluded inside of the framework itself, that there is change which independently exists of our measurement, isn't necessary for the framework to work. That is why it is not an assumption that if you remove the measurement, that the independent thing being measured suddenly disappears. — Philosophim
Size", "weight", etc., are not "the object", those terms refer to a specific feature, a property of the supposed object, and strictly speaking it is that specific property which is measured, not the object. — Metaphysician Undercover
You have to understand that the act of measurement assumes something is there independent of the measurer — Philosophim
Isn't the measurement (of time) objective? — Corvus
We know there is activity independent from the observer, and any activity requires the passage of time. — Metaphysician Undercover
Husserl called his position "transcendental" phenomenology, and Tieszen makes sense of this by claiming that it can be seen as an extension of Kant's transcendental idealism. The act of cognition constitutes its content as objective. Once we recognize the distinctive givenness of essences in our experience, we can extend Kant's realism about empirical objects grounded in sensible intuition to a broader realism that encompasses objects grounded in categorial intuition, including mathematical objects.
The view is very much like what Kant has to say about empirical objects and empirical realism, except that now it is also applied to mathematical experience. On the object side of his analysis Husserl can still claim to be a kind of realist about mathematical objects, for mathematical objects are not our own ideas (p. 57f.).
This view, Tieszen points out, can preserve all the advantages of Platonism with none of its pitfalls. We can maintain that mathematical objects are mind-independent, self-subsistent and in every sense real, and we can also explain how we are cognitively related to them: they are invariants in our experience, given fulfillments of mathematical intentions. The evidence that justifies our mathematical knowledge is of the same kind as the evidence available for empirical knowledge claims: we are given these objects. And, since they are given, not subjectively constructed, fictionalism, conventionalism, and similar compromise views turn out to be unnecessarily permissive. The only twist we add to a Platonic realism is that ideal objects are transcendentally constituted.
We can evidently say, for example, that mathematical objects are mind-independent and unchanging, but now we always add that they are constituted in consciousness in this manner, or that they are constituted by consciousness as having this sense … . They are constituted in consciousness, nonarbitrarily, in such a way that it is unnecessary to their existence that there be expressions for them or that there ever be awareness of them. (p. 13). — Richard Tieszen, Phenomenology, Logic, and the Philosophy of Mathematics (Review)
I did note that you claimed you weren't denying science, and it seemed to me that you weren't denying change. My point as been that this means you also cannot deny succession and duration, at least with how I've understood your argument so far. — Philosophim
For Husserl and the other thinkers I mentioned there are no thing-in-themselves. Not just because humans or animals must be present for them to be perceived, but because a world seen in itself, apart from humans or animals, is a temporal flux of qualitative change with respect to itself. — Joshs
Ultimately, the passage of time ought to be considered as an immaterial activity, which all material activities may be compared with (measured by). However, this presents us with the problem of determining exactly what this immaterial activity is, so that we might figure out a way to measure it. We actually already have a good idea about what it is, it is a wave activity, the vibration of the cosmos. — Metaphysician Undercover
Time is the fact of change. When you say time doesn't exist prior to consciousness, you state change didn't happen prior to consciousness. Thus, I understand why you say time starts with consciousness, as change would start with consciousness. The primacy of consciousness. But there is no evidence that change doesn't happen prior to consciousness by your points presented. — Philosophim
I am entirely confident that the broad outlines of cosmological, geological, and biological evolution developed by current science are correct, even if many of the details remain open to revision. — Wayfarer
I think you need to resolve the fact that measuring something doesn't mean we've created the thing that we've invented a measurement for. — Philosophim
For him (Husserl) a beyond of experience is not impossible but meaningless. — Joshs
You start at X second and end at Y second to get a minute. It is a discrete measurement that is broken down into smaller discrete measurements in order. When we measure a minute, we have to watch for 60 seconds. — Philosophim
To clarify, time as an observable measurement only exists as a form of representation and can only be understood by a conscious subject. That doesn't mean that what is being represented does not exist independent of our ability to measure it. — Philosophim
What is the source of intelligibility of the empirical world? — boundless
I had never heard of Nagarjuna — T Clark
The scientific method is attempting to represent reality in a measurable and objectively repeatable way. Science in its fine print never claims it understands truth. It claims it has been unable to falsify a falsifiable hypothesis up until now. — Philosophim
If we accept what Schopenhauer and Lao Tzu were saying, doesn't the inconsistency you've identified disappear? — T Clark
The fact that we can say “one second has passed” already presupposes a standpoint from which distinct states are apprehended as belonging to a single, continuous temporal order.
— Wayfarer
I don't see that as a pre-supposition, but an observed reality. — Philosophim
it seems to me that this position gives no explanation of their existence and their coming into being. — boundless
If I measure 1 second forward, then one second later I have recorded and measured one second backwards. Again, follow the velocity of an object over time on a graph. If I set up a crash stunt, I have to measure the forces and time. Once the stunt is complete, I can see if the number of seconds that passed, did. To arrive at the point after the stunt is complete, time would have had to pass in the measure that noted, or else the current measure of time would be off. 1 minute past is what happened to be at the current time correct? Time is simply measured the change of one thing in relation to another thing. But to say time doesn't exist prior to consciousness is to claim there was no change prior to consciousness. An observer can observe and measure change, but an observer is not required for change to happen. — Philosophim
To get rid of the remnants of physicalism, we need to stop talking about the mind, body and world in terms of objects which interact , even objects that exist only very briefly. — Joshs

But what is the transcendent ground of being; God, Brahman, the One, or all of the above? And how could we ever know that such a foundation exists? It is one thing to adopt a phenomenological perspective and seemingly dissolve the mind–body distinction; it is quite another to posit a principle that underlies everything. What if there is no ultimate ground? — Tom Storm
Assuming that they were right and that 'Nirvana without remaineder' de facto coincides with oblivion, there is no 'transcendent' goal there. — boundless
Venezuela is among the wealthiest in the world in that regard. — Christoffer
For Husserl and Heidegger, the mistake lies in taking “the physical world” as something already fully constituted as neutral, objective, and affectless, and then asking how consciousness gets added to it. That picture is a theoretical abstraction derived from scientific practice, not a description of the world as it is originally given. The world is first encountered as meaningful, relevant, and affectively structured. Neutral objectivity is a derivative achievement, produced by bracketing relevance, concern, and involvement, not the metaphysical ground floor. — Joshs
His line of argument is that there are three eyes, or modes of knowledge: the sensory or empirical mode, rational thinking and contemplation. — Jack Cummins
if happiness [εὐδαιμονία, eudomonia] consists in activity in accordance with virtue, it is reasonable that it should be activity in accordance with the highest virtue; and this will be the virtue of the best part of us. Whether then this be the Intellect [νοῦς, nous], or whatever else it be that is thought to rule and lead us by nature, and to have cognizance of what is noble and divine, either as being itself also actually divine, or as being relatively the divinest part of us, it is the activity of this part of us in accordance with the virtue proper to it that will constitute perfect happiness; and it has been stated already* that this activity is the activity of contemplation [θεωρητική, theoria]. — Nichomachean Ethics, Aristotle
The One is often said to be beyond good and evil — Art48
1. Galileo’s mathematization of nature - The founding moment where nature becomes idealized as a mathematical manifold, creating a “garb of ideas” that we mistake for nature itself
2. The split between primary and secondary qualities - Mathematical properties are treated as the “true” nature of things, while experiential qualities become merely subjective
3. The dualism of res extensa and res cogitans (Descartes) - Reality splits into extended substance (objective world) and thinking substance (subjective mind)
4. The paradox of subjectivity - The knowing subject who constructs this objective science cannot find itself within the objective world it has created
5. The failure of rationalism and empiricism - Both traditions attempt to resolve this but remain trapped within objectivism
6. The crisis proper - Science becomes increasingly successful technically but loses meaning for human life; it cannot answer questions about the meaning of human existence
I have noticed a taboo on this forum around transcendence — Punshhh
And this is what Kastrup says? Or what Kastrup says Schopenhauer says? — Mww
What the 'explanatory gap' and 'hard problem' arguments are aimed at, is precisely that claim. That everything is reducible to or explainable in terms of the physical. That is the point at issue!
— Wayfarer
Well, that's a good point. But doesn't idealism fall into the same trap in reverse? — Ludwig V
But if consciousness is not a “something,” it is also not a “nothing.” It is neither a useful fiction, nor a byproduct of neural processes, nor a ghostly residue awaiting physical explanation. Instead, says Bitbol, it is the self-evidential medium within which all knowledge about objects, laws, and physical reality arise (here the convergence with Kant is manifest). Any attempt to treat consciousness as derivative — as some thing that “comes from” matter — therefore reverses the real order of dependence. The world of objects may be doubted, corrected, or revised; but the presence of experience itself, here and now, cannot be disconfirmed. — Wayfarer
If instead we claim that the phrase ‘physical world’ is not describing a world that is real in the sense of being real independent of our conscious interaction with it, then we are doing phenomenology. This dissolves the dualism of the hard problem by showing there to be a single underlying process of experiencing accounting for the historical decision to bifurcate the world into concepts like ‘physically real’ and ‘real in other ways’. — Joshs
if Kastrup says Schopenhauer says we know something of the noumena because we are instances of it, he is in utter and complete conflict with Kant, who was the originator of the modern version of both noumena and ding an sich, and possibly in some conflict with Schopenhauer in that the latter only concerns himself with the fact Kant disavows any possible knowledge of the thing-in-itself, which Schopenhauer argues we certainly do, iff the thing-in-itself is represented as will, which has nothing to do with noumena in the Kantian sense at all. — Mww
And - what do you mean? Reduced from what? The notion that there is something else - something more - accounting for our mental capacities - that human consciousness is a fundamental component of reality as opposed to a manifestation of natural processes, jerks humans out of all of nature, makes us something special that evidence and logic do not support. We are not "above and beyond" nature, but a part of it, just like everything else that exists. An anthropocentric understanding of consciousness to me is at best arrogant, and at worst narcissistic. — Questioner
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.
The concept of Biosemiotics requires making a distinction between two categories, the material or physical world and the symbolic or semantic world. The problem is that there is no obvious way to connect the two categories. This is a classical philosophical problem on which there is no consensus even today. Biosemiotics recognizes that the philosophical matter-mind problem extends downward to the pattern recognition and control processes of the simplest living organisms where it can more easily be addressed as a scientific problem. In fact, how material structures serve as signals, instructions, and controls is inseparable from the problem of the origin and evolution of life. Biosemiotics was established as a necessary complement to the physical-chemical reductionist approach to life that cannot make this crucial categorical distinction necessary for describing semantic information. Matter as described by physics and chemistry has no intrinsic function or semantics. By contrast, biosemiotics recognizes that life begins with function and semantics.
Biosemiotics recognizes this matter-symbol problem at all levels of life from natural languages down to the DNA. Cartesian dualism was one classical attempt to address this problem, but while this ontological dualism makes a clear distinction between mind and matter, it consigns the relation between them to metaphysical obscurity. Largely because of our knowledge of the physical details of genetic control, symbol manipulation, and brain function these two categories today appear only as an epistemological necessity, but a necessity that still needs a coherent explanation. Even in the most detailed physical description of matter there is no hint of any function or meaning.
The problem also poses an apparent paradox: All signs, symbols, and codes, all languages including formal mathematics are embodied as material physical structures and therefore must obey all the inexorable laws of physics. At the same time, the symbol vehicles like the bases in DNA, voltages representing bits in a computer, the text on this page, and the neuron firings in the brain do not appear to be limited by, or clearly related to, the very laws they must obey. Even the mathematical symbols that express these inexorable physical laws seem to be entirely free of these same laws. — Physics and Metaphysics of Biosemiology, Howard Pattee
A painting is merely matter, but a brain is "matter in motion" - involved in complex chemical processes, with capacities for sign, symbol, and meaning. — Questioner
The concept of Biosemiotics requires making a distinction between two categories, the material or physical world and the symbolic or semantic world. The problem is that there is no obvious way to connect the two categories. This is a classical philosophical problem on which there is no consensus even today. Biosemiotics recognizes that the philosophical matter-mind problem extends downward to the pattern recognition and control processes of the simplest living organisms where it can more easily be addressed as a scientific problem. In fact, how material structures serve as signals, instructions, and controls is inseparable from the problem of the origin and evolution of life. Biosemiotics was established as a necessary complement to the physical-chemical reductionist approach to life that cannot make this crucial categorical distinction necessary for describing semantic information. Matter as described by physics and chemistry has no intrinsic function or semantics. By contrast, biosemiotics recognizes that life begins with function and semantics.
Biosemiotics recognizes this matter-symbol problem at all levels of life from natural languages down to the DNA. Cartesian dualism was one classical attempt to address this problem, but while this ontological dualism makes a clear distinction between mind and matter, it consigns the relation between them to metaphysical obscurity. Largely because of our knowledge of the physical details of genetic control, symbol manipulation, and brain function these two categories today appear only as an epistemological necessity, but a necessity that still needs a coherent explanation. Even in the most detailed physical description of matter there is no hint of any function or meaning.
The problem also poses an apparent paradox: All signs, symbols, and codes, all languages including formal mathematics are embodied as material physical structures and therefore must obey all the inexorable laws of physics. At the same time, the symbol vehicles like the bases in DNA, voltages representing bits in a computer, the text on this page, and the neuron firings in the brain do not appear to be limited by, or clearly related to, the very laws they must obey. Even the mathematical symbols that express these inexorable physical laws seem to be entirely free of these same laws. — Physics and Metaphysics of Biosemiology, Howard Pattee
