Marco, I see where you come from, but my goal is to prove that consciousness is immaterial.I don't think it's material but I want to prove that using logic and if possible science, so that materialists can see it.
QM really questions everything realist physicalism has to say.
I guess in this way we are trying to see what is "matter" in the first place to finally disprove the from-brain-consciousness statement, but somehow I feel this isn't enough.
Cause they ( physicalists ) will likely say we just still didn't figure it out completely.
Marco, I see where you come from, but my goal is to prove that consciousness is immaterial.I don't think it's material but I want to prove that using logic and if possible science, so that materialists can see it.
One could imagine a universe consisting only of a bunch of objects, which could be distinguished if there were an observer, but nevertheless exist without an observer. Indeed, most people in modern societies think that just such a universe existed for billions of years. Now being without an observer, there is no distinguishing, so in this imagined universe, a form just is an object, and we would say it is made out of parts, not a set of distinctions. This would mean that an observer, when they finally come into existence, is just another such object. This raises the question of how one object can be aware of another object. An observing object must somehow connect each element of the observed form into a whole. But if the observing object is itself nothing but a set of parts, where can it "put", so to speak, these connections? If we say that some elemental parts of the observing object are changed in an observation (like cells in the retina are changed when struck by photons, causing changes in neurons), then either each of those elemental parts are observing, or other parts of the observing object observe the changed parts of itself. The second possibility obviously just pushes the problem back, so the elemental parts must themselves be observers, like Leibniz' monads. But this just repeats the initial problem on a smaller scale: how does this tiny observer make its connections? Where can it put the knowledge that it has changed, and what can connect these bits of knowledge? So this too is just regressing the question. It might be objected that a form need not be made up of discrete "elemental parts", but is, perhaps something like a continuous field (like an electromagnetic field). However, this doesn't change anything. There would still have to be differences -- different field strengths, perhaps -- and the observing form still needs to alter its continuous features as it observes, and we have the same infinite regress. Another possible objection is that awareness isn't a structure of parts, but of events. Again, this doesn't change anything. Simply substitute 'event' for 'part', and you get the same argument. The only way out is to acknowledge that awareness of form requires that which is other than form, and that can only be formlessness.
Hard problem of consciousness.
What is it like to be a bat?
Mary the colorblind neuroscientist.
The binding problem.
Searl's Chineese room.
The philosophical zombie.
Penrose-Lucas argument.
Other? Please add.
Here also some other food for thought with several links: https://theconversation.com/why-a-computer-will-never-be-truly-conscious-120644
I'd say Goff and Ross make the same argument from different perspectives. I personally think the raw feels of subjective experience, because of their qualitative nature, make it easy to suppose there will someday be some explanation by materialism.
OTOH the fact that matter cannot be about anything in the way thoughts are - it's more damning for materialism IMO, or at least more clearly so.
Scott, isn't that the so called "binding problem"?
Of course, as Harvey points out, it makes little sense to ask whether such a machine is really conscious, because the only thing that matters—or at least the only thing that can be observed or tested—is whether it acts conscious.
Kip, can you tell me why you think that if we progress in physical science and form new theories we can understand consciousness is physical?
The hard problem is insoluble, why do you it can be solved?
Jim, penrose and hameroff model is just seeing consciousness physical correlates.
penrose and hameroff model is just seeing consciousness physical correlates.
Jim, from the article you linked me to:Of course, as Harvey points out, it makes little sense to ask whether such a machine is really conscious, because the only thing that matters—or at least the only thing that can be observed or tested—is whether it acts conscious.That's Dennett's view in a nutshell. He says all that matters is how I behave
In current science to explain something scientifically requires a mapping of some sort between what you are explaining and physical processes. So back to the original question posed by this thread, to prove scientifically that consciousness cannot arise from physical processes you need something equivalent to Godel's theorem..
What could be more fundamentalist that choosing to defend the least reasonable set of possible starting assumptions because they are the most nihilistic of the set of possible alternatives.
Its at least conceivable that empirical evidence for Survival could meet scientific standards of proof
alter would be gone
Materialism DOES NOT HAVE A PLAUSIBLE EXPLANATION
Idealism does not produce results
I start with consciousness being [im]material because I don't think it can be material
But to be honest no one, and I mean no one knows what happens after death.
Consciousness arise from learning and memory? Jim are you kidding?
So I wasn't conscious until I learned about life.
I respect you jim but this is absurd.
If one accepts, as even Papineau suggests, that there exists what the logician Frege called “the third realm”[16] (beyond physicality and mentality) of objective truths—such as the truth of modus ponens, the properties of Pi, the Pythagorean theorem, or the Form of Beauty—truths that exist whether or not they are discovered, meaning that they are in essence neither mental nor physical (as there can be no neural correlates of non-existent mental events), then it implies that their existence has an effect upon the physical through their discovery. For example, the discovery of the golden ratio had an effect upon the bodies of its discoverers in terms of their expression of it, and subsequently upon mathematics, aesthetics, architecture, and upon me in writing this essay. Thus the existence of such universal truths implies the falsity of one of physicalism’s key tenets: the causal closure of the physical. Universals crack open the causal closure principle of physicalism, which is to say they crack open physicalism itself.
Of course, a physicalist could deny the existence of such universals, such objective truths. But in doing so, he would destroy the underlying assumptions of his position and thus succumb to inconsistency regardless. If physicalism considers itself to be a logical position, it must maintain the underlying truths of the laws of logic, such as the law of non-contradiction, formal fallacies, and so on. But these laws are not the laws of physics, which as such can be established through empirical observation or through modelling. Thus emerges another predicament for physicalism: the dilemma of logical objectivity.
Moreover, much of what we have traditionally
thought to be “hard-wired” in cortical processing is
actually learnt. This has been well demonstrated by the
research of Mriganka Sur, which shows, for example,
that redirecting visual input from occipital cortex to
auditory cortex (in ferrets) leads to reorganization of
the latter tissue to support completely competent vision (for review, see Sur & Rubinstein, 2005). Cortical
perception, therefore, no less than cortical cognition, is
rooted in memory processes.
The reading a thermometer gives neither is, nor generates, the heat. Applied to Gallimore’s examples, if we, for instance, analyse what the energy level (N) of an electron is, we realize that it is a reading that merely points to the actual reality: energy. The energy is represented by information, but the information is not the reality—just as the thermometer reading is not the heat. Energy is not a number; in fact, its concrete reality is still unknown us.
Information itself is merely abstraction. It can only exist in relation to: (i) the object for which information is acquired, (ii) the data that the object emits, (iii) the interface that can convert that data into varieties of information,[10] and (iv) the recipient or subject that becomes informed. If there is no object, there can be no information about it, and the same object can provide infinite information according to the interface.[11] Moreover, we should not assume that the data emitted extrinsically by an object is a sufficient, complete description of that object.