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Consciousness and the Paranormal — Part 3

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Parts 1.1 and 1.2 indicate that a biochemical infrastructure, which is qualitatively relevant and informed through interaction with the environment over generations, evolves ahead of any neurological mechanism. Consequently, it becomes apparent why the term ‘neural correlate’ is problematic for encouraging a sense of the computational primacy of neural activity in the evocation of qualitative characterisation. In contrast, one can consider neurological mechanism as mute in the absence of the underlying biochemistry. Nevertheless, the problem remains as to what makes a biochemical mechanism one that might evince, for example, elation or revulsion, and undoubtedly there remains an important neurological element. I am of the view that an empirical approach can fill in the gaps here (c.f. ****). Nevertheless, one can offer theoretic speculation, and in my view, there is good reason to start by considering the 'primal needs' of unicellular organisms:
A survival precedent demands that unicellular organisms must, a) service energy requirements to fuel the activities of its cellular mechanisms; b) facilitate and promote replication; and c) negate external and internal toxicities that affect function. Inevitably, a biochemical balance must be met and maintained on many strata, each of which operate at an optimal level. We can think of optimal levels as equating to biochemical equilibrium potentials. This maintenance of biochemical equilibria is the drive that effectively modulates biochemical and neurological motivations. But inevitably, the environment continually disrupts cell stabilities. In the case of multicellular organisms, a cell's environment may well be the organism itself, in which case the neurone's unique potential is as a rapid conduit of both internal and external environments whereby modifications to physiological equilibria equate to a qualitative measure of these environment’s effects over the organism, which in turn constitute the means by which the primal directives instituted by cells compete for biochemical resolution, ultimately enlisting and embracing neurological mechanisms which evolve 'qualitatively relevant' modal distinctions for the organism as a whole.
 
. . .This maintenance of biochemical equilibria is the drive that effectively modulates biochemical and neurological motivations. But inevitably, the environment continually disrupts cell stabilities. In the case of multicellular organisms, a cell's environment may well be the organism itself, in which case the neurone's unique potential is as a rapid conduit of both internal and external environments whereby modifications to physiological equilibria equate to a qualitative measure of these environment’s effects over the organism, which in turn constitute the means by which the primal directives instituted by cells compete for biochemical resolution, ultimately enlisting and embracing neurological mechanisms which evolve 'qualitatively relevant' modal distinctions for the organism as a whole.

Nicely written. I see where you're going and why. Interesting about cells responding to two environments as multicellular organisms develop. Do you have medical science research to cite that describes in detail how biochemical processes produce nerves or nerve nets in the first place? I consulted Wikipedia for a beginner's understanding of cell biology and evolution. Tthe development of interest seems to take place in primordial organisms at these states:

"Neural precursors
See also: Action potential § Taxonomic distribution and evolutionary advantages
Action potentials, which are necessary for neural activity, evolved in single-celled eukaryotes. These use calcium rather than sodium action potentials, but the mechanism was probably adapted into neural electrical signaling in multicellular animals. In some colonial eukaryotes such as Obelia electrical signals do propagate not only through neural nets, but also through epithelial cells in the shared digestive system of the colony.[1]

Sponges
Sponges have no cells connected to each other by synaptic junctions, that is, no neurons, and therefore no nervous system. They do, however, have homologs of many genes that play key roles in synaptic function. Recent studies have shown that sponge cells express a group of proteins that cluster together to form a structure resembling a postsynaptic density (the signal-receiving part of a synapse).[2] However, the function of this structure is currently unclear. Although sponge cells do not show synaptic transmission, they do communicate with each other via calcium waves and other impulses, which mediate some simple actions such as whole-body contraction.[3]"

Evolution of nervous systems - Wikipedia, the free encyclopedia
 
Nicely written. I see where you're going and why. Interesting about cells responding to two environments as multicellular organisms develop. Do you have medical science research to cite that describes in detail how biochemical processes produce nerves or nerve nets in the first place? I consulted Wikipedia for a beginner's understanding of cell biology and evolution. Tthe development of interest seems to take place in primordial organisms at these states:

"Neural precursors
See also: Action potential § Taxonomic distribution and evolutionary advantages
Action potentials, which are necessary for neural activity, evolved in single-celled eukaryotes. These use calcium rather than sodium action potentials, but the mechanism was probably adapted into neural electrical signaling in multicellular animals. In some colonial eukaryotes such as Obelia electrical signals do propagate not only through neural nets, but also through epithelial cells in the shared digestive system of the colony.[1]

Sponges
Sponges have no cells connected to each other by synaptic junctions, that is, no neurons, and therefore no nervous system. They do, however, have homologs of many genes that play key roles in synaptic function. Recent studies have shown that sponge cells express a group of proteins that cluster together to form a structure resembling a postsynaptic density (the signal-receiving part of a synapse).[2] However, the function of this structure is currently unclear. Although sponge cells do not show synaptic transmission, they do communicate with each other via calcium waves and other impulses, which mediate some simple actions such as whole-body contraction.[3]"

Evolution of nervous systems - Wikipedia, the free encyclopedia

The first link above, to action potentials, seems to approach the question I'm asking in more detail. Alva Noe has an important paper on action potentials that I mentioned to you before.

Also in wiki: Action potential - Wikipedia, the free encyclopedia
 
Nicely written. I see where you're going and why. Interesting about cells responding to two environments as multicellular organisms develop. Do you have medical science research to cite that describes in detail how biochemical processes produce nerves or nerve nets in the first place? I consulted Wikipedia for a beginner's understanding of cell biology and evolution. Tthe development of interest seems to take place in primordial organisms at these states:

"Neural precursors
See also: Action potential § Taxonomic distribution and evolutionary advantages
Action potentials, which are necessary for neural activity, evolved in single-celled eukaryotes. These use calcium rather than sodium action potentials, but the mechanism was probably adapted into neural electrical signaling in multicellular animals. In some colonial eukaryotes such as Obelia electrical signals do propagate not only through neural nets, but also through epithelial cells in the shared digestive system of the colony.[1]

Sponges
Sponges have no cells connected to each other by synaptic junctions, that is, no neurons, and therefore no nervous system. They do, however, have homologs of many genes that play key roles in synaptic function. Recent studies have shown that sponge cells express a group of proteins that cluster together to form a structure resembling a postsynaptic density (the signal-receiving part of a synapse).[2] However, the function of this structure is currently unclear. Although sponge cells do not show synaptic transmission, they do communicate with each other via calcium waves and other impulses, which mediate some simple actions such as whole-body contraction.[3]"

Evolution of nervous systems - Wikipedia, the free encyclopedia

It is a relief to hear you understand what I have written.
Where did you get the section "neural precursors"?
I don't have any references at hand.
 
The other night I linked this interview with Adrian Johnston as part of a beginning exploration of contemporary 'object-oriented philosophy'/speculative realism and the postmodern thinkers taken as foundational by these current philosophers. Following the link to the interview with Adrian Johnston below is an extract concerning his viewpoint on the so-called hard problem of consciousness. Beyond that you will find discussion related to how the term 'materialism' has become problematized by certain 'splits' in the thinking of some post-postmodernists.

Interview with Adrian Johnston on Transcendental Materialism | Society and space[/QUOTE]

“. . . Another sticking point for me, appropriately enough, has to do with what philosopher of mind David Chalmers famously dubbed “the hard problem.” To be more precise, I am unsure of whether I can or should (and, if so, exactly how) attempt to grapple specifically with so-called “qualia” (i.e., the phenomena of private, first-person sensory experiences) as they figure in mind-body debates amongst Analytic philosophers. I am tempted to continue hewing to the angle I have adopted to this thus far, sidestepping the issue while remaining cautiously optimistic that the perceptual components of experiences—in line with Kant, Hegel, and McDowell, among others, I consider experience always to involve a complex admixture of percepts and mediating concepts—sooner or later will receive satisfactory bio-physical explanations. Previously, I have justified this sidestepping by emphasizing that the subject at stake in my theory of subjectivity is, to stick with the immediately preceding terms, inextricably intertwined with conceptual mediation (rather than being anchored in perceptual [supposed] immediacy). With reference to Lacan’s psychoanalytic distinction between ego (moi) and subject (sujet) and his distinctive conception of the latter, the perception-consciousness apparatus of the ego is not what preoccupies me, as it arguably does those heavily invested in the squabbles about qualia. Or, put in yet other words, I am more interested in the rapport of active conceptual sapience, instead of passive perceptual sentience, with bio-physical bodies. For me, there is another hard problem: the enigma of how material nature becomes self-sundering, auto-disruptively giving rise to denaturalized “spiritual” (à la Hegelian Geist both subjective and objective as well as both “I” and “We”) beings instantiating and individuating themselves in and through virtual webs of socio-symbolic (quasi-) materials. But, whether a solution to my hard problem depends on a prior solution to Chalmers’s is a question I wish to give additional thought. Again, I will need to reassess these issues after further reading and reflection.


PG: Of course, everyone claims to be a materialist these days. How do you differentiate your work from other dominant materialisms? For example, while it’s clear you think Badiou’s formalism is one dead end for materialism, you also steer away from the “new materialisms” of such people as Jane Bennett.


AJ: As your question already suggests, nowadays the word “materialism” has been rendered almost meaningless through absurd overuse. When formalist metaphysical realisms and spiritualist theologies can and do pass themselves off as militant “materialisms,” merely identifying oneself as a materialist becomes, by itself, an uninformative gesture at best. I maintain that any materialism worthy of the name must be, as the Lacan of the tenth seminar might phrase it, not without (pas sans) its conditioning relationships with matter(s) as the spatio-temporal forces and factors encountered precisely through the a posteriori observations and experiments of Baconian modern scientific method and its post-Baconian variants. The arguments supporting this multi-aspect stipulation, with its greater stresses on the sciences and naturalism, entail disqualifying as genuinely materialist many self-styled materialisms recent and contemporary, particularly those of more rationalist or religious bents.


As you note, I contend that Badiou’s a priori mathematical formalism is fundamentally incompatible with his materialist commitments. This contention is spelled out in the fourth chapter (“What Matter(s) in Ontology: The Hebb-Event and Materialism Split from Within”) of The Outcome of Contemporary French Philosophy. However, in response to your question, his now-familiar distinction, from the preface to Logics of Worlds, between “democratic materialism” (with its particularist “there are only bodies and languages”) and the “materialist dialectic” (with its universalist addition “except that there are also truths”) is relevant and insightful at this juncture (transcendental materialism converges with key features of Badiou’s materialist dialectic as per his 2006 masterpiece). I agree with the basic gist of this Badiouian distinction, an agreement I clarify and qualify in A Weak Nature Alone. Moreover, his broader point that the ancient conflict throughout the history of philosophy between idealism and materialism (as per the traditional Marxist narrative of Engels, Lenin, and Althusser, among many others) recently has morphed into an intra-materialist antagonistic division is well illustrated by exactly what motivates your very question. That is to say, the ongoing battle for the title/term “materialism” is one of the overdetermined primary sites of “struggle in theory” today.


Your mentions of Jane Bennett and the various “new materialisms” are quite fitting and helpful in this context. The twelfth and final chapter of my forthcoming Adventures in Transcendental Materialism is devoted to articulating criticisms of Bennett’s “vital materialism” (as per her 2010 book Vibrant Matter) and William Connolly’s closely related “immanent naturalism” (as per his 2002 book Neuropolitics and 2011 book A World of Becoming). Due to the initial appearance of uncanny proximity between immanent naturalism especially and transcendental materialism, spelling out the differences separating these two positions that make for a real difference between them as distinct stances proved to be an important and productive exercise at the end of Adventures in Transcendental Materialism. And, the first three chapters of Adventures in Transcendental Materialism set up these later criticisms by revisiting Hegel’s Spinoza critique with an eye to its still-enduring relevance. To be more specific, I view one of the main fault line of current intra-materialist tensions to be that dividing neo-Hegelian materialisms (such as those of myself and Žižek) from neo-Spinozist ones (such as those of Bennett, Connolly, and many other “new materialists”). Basically, reading the first of Marx’s “Theses on Feuerbach” as an extension of one of Hegel’s key complaints about Spinoza’s monism (and this whether Marx himself was aware of the connection or not), I portray Bennettian vital materialism and Connollian immanent naturalism as both being “contemplative” materialisms in the sense problematized already in 1845 in Thesis One. Overall, the ongoing debates concerning contemporary materialisms strike me as often echoing the conflicts of the German-speaking intellectual world of the late-eighteenth and early-nineteenth centuries—more precisely, the disputes concerning the relations (or lack thereof) between consequently systematic philosophies and philosophies of radical autonomy initially stirred up by Jacobi’s use (and abuse) of Spinoza, with these disputes remaining thereafter central to the development of Kantian and post-Kantian German idealism.


In addition to a German philosophical background from Jacobi through Marx casting its long shadow over today’s clashes and divergences between neo-Spinozist and neo-Hegelian materialisms, a more recent French background far from unrelated to this older German one also inflects the intra-materialist factionalizations of the early twenty-first century. The neo-Spinozism of the majority of new materialists tends to be that of Deleuze. Of course, Žižek, Badiou, and I, by contrast, rely broadly and deeply on Lacan (for instance, Badiou appropriately depicts Lacan as foreshadowing his own efforts to overcome the opposition between asubjective “system” à la Althusser [a self-confessed neo-Spinozist] and subjective “freedom” à la Sartre [an inheritor of a Cartesian-Kantian-Hegelian line of thinking about subjectivity]). Obviously, the reality and place of “the subject” is the big bone of contention between a Spinoza-Deleuze axis and a Hegel-Lacan one.


Not only do I reject the Althusserian/Deleuzian insistence on the inseparability of anti-humanism and anti-subjectivism as based on an illegitimate equivocation between the concept-terms “human being” and “subject”—for a number of reasons, I simply do not think that the structures and phenomena characteristic of what is referred to as “subjectivity” validly can be replaced by monochromatic monisms of non-subjective entities and events all arrayed on a single, flat, uniform field of being. The causally efficacious real abstractions of the structures and dynamics of subjects resist being conjured away through quick and easy reductions, eliminations, fragmentations, dissolutions, dehierarchizations, or deconstructions. For me, the true ultimate test of any and every materialism is whether it can account in a strictly materialist (yet non-reductive) fashion for those phenomena seemingly most resistant to such an account. Merely dismissing these phenomena (first and foremost, those associated with subjectivity) as epiphenomenal relative to a sole ontological foundation (whether as Substance, Being, Otherness, Flesh, Structure, System, Virtuality, Difference, or whatever else) fails this test and creates many more problems than it supposedly solves. Such dismissals are as similarly unsatisfying in my eyes as the contemplative outlooks of Feuerbach and his eighteenth-century French materialist forerunners were in Marx’s.


PG: As you’ve noted one thing that you’re quite critical about in recent Continental philosophy is its anti-naturalism, in particular its seeming allergy to discussing the empirical findings of contemporary science. Why do you think that came about?



AJ: The hostility to naturalism and the natural sciences dominating twentieth-century Continental philosophy save for a handful of exceptions—this animus continues to skew the perspectives of most self-professed Continentalists and their allies in the theoretical humanities—unsurprisingly has a complex history behind it. As I see it, its roots trace back to the final years of the Holy Roman Empire. In that time and place, as the context giving rise to Continental philosophy itself as springing primarily from the twin fountainheads of Kant and Hegel, anti-Enlightenment Protestant Pietism becomes a powerful intellectual influence (partly thanks to Jacobi who, well before Heidegger and his disciples, makes the “nihilism” of rational disenchantment a central concern of European philosophers). In particular, German Romanticism and the more Romantic sides of German idealism (especially Hölderlin as well as Schelling at several of the many phases of his Protean philosophical evolution) embrace a Pietism-tinged spiritualist animosity to the Enlightenment’s secular rationality. Of course, these late-eighteenth-century developments are continuations of the antagonism between science and religion that immediately arises with the birth of the former early in the seventeenth century with Bacon, Galileo, and Descartes. Moreover, the Pietist-Romantic backlash against scientific-style Enlightenment reason (and the atheistic consequences it threatens) comes to color the subsequent two centuries of European philosophy; a line of scientific naturalism’s enemies forms from Jacobi on through Schelling (particularly in his later years), Kierkegaard, Husserl, Heidegger, and many others, including these figures’ legions of contemporary followers (to this anti-Enlightenment axis, I like to oppose the one I am allied to that includes Hegel, Marx, Engels, Lenin, the later Lukács, Freud, Lacan, Badiou, and Žižek). Not only is it no accident or coincidence that the recent so-called “post-secular turn” initially arose within phenomenological circles—this turn is not even really recent or original, with the late-eighteenth- and early-nineteenth-century origins (i.e., Protestant Pietism and German Romanticism) of phenomenology, existentialism, and their offshoots already having taken such a turn against the secularism of the Enlightenment. As even the most unperceptive observer of our current collective situation knows, we still are fighting on multiple fronts variants of the now four-centuries-old science-versus-religion conflict (however, in a larger historical perspective, four-hundred years is not that long a stretch of time).


Furthermore, the “critical theory” of twentieth-century Western Marxism partially dovetails with the not-so-secular neo-Romanticism of the existentialists and phenomenologists. On the European continent in the twentieth century, anti-naturalism/scientism makes for some very strange bedfellows, implicitly uniting such adversaries as Heidegger (with his warnings about the desacralizations of nihilistic techno-scientific “enframing”) and Adorno-Horkheimer (with their similar warnings about the dystopian nightmare of the “fully administered world” of “instrumental reason”). The 1923 publication of the early Lukács’s History and Class Consciousness opens up a rift between Eastern (i.e., Soviet) and Western Marxisms, with Engels’s dialectical materialist engagements with the natural sciences being a main point of divergence. In line with the Lenin of 1908’s Materialism and Empirio-Criticism, the Soviets stick to the project of extending and enriching Engels’s “dialectics of nature,” whereas, starting with the young Lukács, Western Marxists tend to repudiate Engelsian Naturdialektik, preferring a narrower version of historical (rather than dialectical) materialism whose social constructivist commitments justify an overriding preoccupation with cultural analysis and ideology critique. This anti-Engelsianism marks both the Frankfurt School and Athusserianism alike despite their many other differences. Hence, in twentieth-century European philosophy, hostility to naturalism and the natural sciences spans the full political spectrum from the far Right to the radical Left, cutting across otherwise opposed positions. In the second volume of Prolegomena to Any Future Materialism, A Weak Nature Alone, I both tell this story about Engels’s disputed legacy as well as seek to reactivate the abandoned Soviet option of interfacing historical and dialectical materialisms with the sciences of nature.


Of course, I would be the first to concede that, when parties as far apart as Heideggerians and Adornians end up tacitly agreeing with each other, there most likely is something really there to which they all are responding. In this context, there indeed are countless grave problems plaguing (post-) modern (post-)industrial societies as themselves thoroughly dependent upon scientific knowledge and technological know-how. Conservative neo-Romantics and revolutionary Marxists both are similarly registering and diagnosing intertwined sets of cultural, economic, political, psychical, and social symptoms (although, obviously, their prescribed remedies, if and when proffered, differ dramatically). My fidelity to an Enlightenment-rooted, science-informed atheistic materialism does not uncritically disregard these problems/symptoms despite its contention that the majority of twentieth-century Continental thinkers react to them with misdiagnoses and misprescriptions (I will address the more ideological dimensions of scientism in response to your next question below). . . .
 
The phrase seems to refer to the developments in phenomenological philosophy following in the wake of Husserl's phenomenological methodology, primarily in Heidegger, Sartre, and Merleau-Ponty, but involving others as well and more recently. I could respond more specifically if you would quote the sentence in which the phrase appears.

I just googled the phrase and came up with links to the Springer journal Phenomenology and the Cognitive Sciences, where the phrase occurs in the description of the journal..

Phenomenology and the Cognitive Sciences – incl. option to publish open access

The current issue has an article of particular interest to me at this link:

Who am I in out of body experiences? Implications from OBEs for the explanandum of a theory of self-consciousness - Springer

Abstract
Contemporary theories of self-consciousness typically begin by dividing experiences of the self into types, each requiring separate explanation. The stereotypical case of an out of body experience (OBE) may be seen to suggest a distinction between the sense of oneself as an experiencing subject, a mental entity, and a sense of oneself as an embodied person, a bodily entity. Point of view, in the sense of the place from which the subject seems to experience the world, in this case is tied to the sense of oneself as a mental entity and seems to be the ‘real’ self. Closer reading of reports, however, suggests a substantially more complicated picture. For example, the ‘real’ self that is experienced as separate from the body in an OBE is not necessarily experienced as disembodied. Subjects may experience themselves as having two bodies. In cases classed as heautoscopy there is considerable confusion regarding the apparent location of the experiencing subject; is it the ‘real mind’ in the body I seem to be looking out from, or is it in the body that I see? This suggests that visual point of view can dissociate from the experience of one’s own “real mind” or experience of self-identification. I provide a tripartite distinction between the sense of ownership, the sense of embodiment and the sense of subjectivity to better describe these experiences. The phenomenology of OBEs suggests that there are three distinct forms of self-consciousness which need to be explained.
 
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The phrase seems to refer to the developments in phenomenological philosophy following in the wake of Husserl's phenomenological methodology, primarily in Heidegger, Sartre, and Merleau-Ponty, but involving others as well and more recently. I could respond more specifically if you would quote the sentence in which the phrase appears.

I just googled the phrase and came up with links to the Springer journal Phenomenology and the Cognitive Sciences, where the phrase occurs in the description of the journal..

Phenomenology and the Cognitive Sciences – incl. option to publish open access

The current issue has an article of particular interest to me at this link:

Who am I in out of body experiences? Implications from OBEs for the explanandum of a theory of self-consciousness - Springer

Abstract
Contemporary theories of self-consciousness typically begin by dividing experiences of the self into types, each requiring separate explanation. The stereotypical case of an out of body experience (OBE) may be seen to suggest a distinction between the sense of oneself as an experiencing subject, a mental entity, and a sense of oneself as an embodied person, a bodily entity. Point of view, in the sense of the place from which the subject seems to experience the world, in this case is tied to the sense of oneself as a mental entity and seems to be the ‘real’ self. Closer reading of reports, however, suggests a substantially more complicated picture. For example, the ‘real’ self that is experienced as separate from the body in an OBE is not necessarily experienced as disembodied. Subjects may experience themselves as having two bodies. In cases classed as heautoscopy there is considerable confusion regarding the apparent location of the experiencing subject; is it the ‘real mind’ in the body I seem to be looking out from, or is it in the body that I see? This suggests that visual point of view can dissociate from the experience of one’s own “real mind” or experience of self-identification. I provide a tripartite distinction between the sense of ownership, the sense of embodiment and the sense of subjectivity to better describe these experiences. The phenomenology of OBEs suggests that there are three distinct forms of self-consciousness which need to be explained.
Cool... I'd like to read this too.
You found the source of my query. I have been researching journals.
 
Q3 there is a correspondence between the physiological mechanisms of a species and certain environmental characteristics
 
What is blue and how do we see color? - Business Insider

Until relatively recently in human history, "blue" didn't exist, not in the way we think of it.

As the delightful Radiolab episode "Colors" describes, ancient languages didn't have a word for blue — not Greek, not Chinese, not Japanese, not Hebrew. And without a word for the color, there's evidence that they may not have seen it at all. ...

There was no blue, not in the way that we know the color — it wasn't distinguished from green or darker shades.

Geiger looked to see when "blue" started to appear in languages and found an odd pattern all over the world.

Every language first had a word for black and for white, or dark and light. The next word for a color to come into existence — in every language studied around the world — was red, the color of blood and wine.

After red, historically, yellow appears, and later, green (though in a couple of languages, yellow and green switch places). The last of these colors to appear in every language is blue. ...

But do you really see something if you don't have a word for it?

A researcher named Jules Davidoff traveled to Namibia to investigate this, where he conducted an experiment with the Himba tribe, who speak a language that has no word for blue or distinction between blue and green.

When shown a circle with 11 green squares and one blue, they couldn't pick out which one was different from the others — or those who could see a difference took much longer and made more mistakes than would make sense to us, who can clearly spot the blue square.

But the Himba have more words for types of green than we do in English.

When looking at a circle of green squares with only one slightly different shade, they could immediately spot the different one.
So unconsciously (physiologically) the Namibia were able to perceive the color blue, but consciously they failed or struggled to do so. Very interesting.

And from the comments:

Physically there are no lines between colors. The spectrum is continuous.
But this is true of all of reality. And if humans can't consciously see a color unless they have a concept for said color (if indeed this is what is happening here), then does this provide a function for consciousness? That is, if a human can't see blue unless they have a concept "blue," and to have a concept "blue," one would need to be conscious, right? (Remember Hellen Keller...)

I'd be very curious to see brain scans of the Namibia individuals while looking at the color circle before and after they had a conscious concept "blue."

Did their brain light up differently when seeing the color blue when they did and didnt have a conscious concept of it?

I'd be very curious to see brain scans of the Namibia individuals while looking at the color circle before and after they had a conscious concept "blue."
Did their brain light up differently when seeing the color blue when they did and didnt have a conscious concept of it?


Did they have brain scans done? Where would you expect to see differences? Can you predict how would the brain light up differently? How would we control for other things going on ... someone absent mindedly thinking of blue velveeta at the crucial moment - how would we establish when they acquired a conscious concept of blue and what that concept was, when does one acquire that concept? Could it hit someone later in the middle of the night ... would someone color blind be able to acquire a concept of blue? Would my brain light up differently, for example? Is there a singular concept "blue" that we all share?

This came across my desk recently and it makes an interesting skim:

Amazon.com: Brainwashed: The Seductive Appeal of Mindless Neuroscience (9780465018772): Sally Satel, Scott O. Lilienfeld: Books
 
Q3 there is a correspondence between the physiological mechanisms of a species and certain environmental characteristics

We need to put all the Qs down each time, I'll see if I can go back and find them or if you have them handy, please post. And also mark the posts so that we can go back through and search them ... I've been meaning to do this on all my posts. (see bottom of this post for example)

21 questions
HCT
hard problem of consciousness
 
Q3 there is a correspondence between the physiological mechanisms of a species and certain environmental characteristics

OK not following this ... certain environmental characteristics in which that species developed or ... ?

Like fish got fins and birds got wings?

21 questions
 
Q3 there is a correspondence between the physiological mechanisms of a species and certain environmental characteristics

Here is Q1 - Q3 ... is this the final version of each question?

Q1.Replication is necessary for the evolution of mechanisms that make a difference to the survival potential of the replicating species?

Q2 The kinds of mechanism that have evolved because of replication (and necessary conditions as per Darwin) are exclusively physiological.

Q3 there is a correspondence between the physiological mechanisms of a species and certain environmental characteristics

twenty questions
 
I'd be very curious to see brain scans of the Namibia individuals while looking at the color circle before and after they had a conscious concept "blue."
Did their brain light up differently when seeing the color blue when they did and didnt have a conscious concept of it?


Did they have brain scans done? Where would you expect to see differences? Can you predict how would the brain light up differently? How would we control for other things going on ... someone absent mindedly thinking of blue velveeta at the crucial moment - how would we establish when they acquired a conscious concept of blue and what that concept was, when does one acquire that concept? Could it hit someone later in the middle of the night ... would someone color blind be able to acquire a concept of blue? Would my brain light up differently, for example? Is there a singular concept "blue" that we all share?

This came across my desk recently and it makes an interesting skim:

Amazon.com: Brainwashed: The Seductive Appeal of Mindless Neuroscience (9780465018772): Sally Satel, Scott O. Lilienfeld: Books

Love the review extract from the Wall Street Journal posted at amazon:

“In their concise and well-researched book, [Satel and Lilienfeld] offer a reasonable and eloquent critique of this fashionable delusion, chiding the premature or unnecessary application of brain science to commerce, psychiatry, the law and ethics…. In a book that uses 'mindless' accusatively in the subtitle, you might expect an excitable series of attacks on purveyors of what's variously called neurohype, neurohubris and neurobollocks. But more often than not Dr. Satel and Mr. Lilienfeld stay fair and levelheaded. Good thing, because this is a topic that requires circumspection on all sides.”

{especially like that tag: neurobollocks.}
 
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