The Selective Universe

The Selective Universe

In The Origin of Species Darwin introduces the concept of natural selection via the concept of artificial selection. His idea is that nature operates in a manner analogous to human actions of selective breeding and cultivation. Variety is generated by both processes. Some breeds or phenotypes or species are favored by the two processes, leading to their survival, while some are disfavored, leading to their removal or extinction. However, Darwin doesn’t generalize the concept of selection further: he stops at the selective action of nature on living things. I am going to describe a further type of selection. We will need some terminology (in an area where terminology can be a problem[1]): I will speak of intentional selection and nomological selection. Intentional selection is the most familiar and easy to understand: it is a matter of conscious choice, usually on the part of humans but not restricted to humans (we must consider intelligent aliens too). In this kind of selection an agent intentionally selects a type of entity that he or she wants to bring into existence—say, a certain variety of dog. I don’t say “artificial” because there is nothing necessarily “contrived or false” (OED) about it: it is perfectly genuine and natural, because intention is a natural phenomenon. Nor is it “insincere or affected”—it isn’t fake in any way. It is simply a matter of decision, foresight, planning, choice. This is not what “natural” selection is supposed to be—hence the process is analogous to intentional selection but not a case of it. Natural selection is blind, unwilled, unplanned, not chosen—it is “mechanical”. It results from impersonal forces of nature not conscious choices. That is why I call it nomological selection: it is selection according to the laws of nature, not the laws of man (psychological or legal). It is selection by natural laws not by intelligent minds—by things like temperature and gravity. I will be suggesting, then, that nomological selection is a broader concept than Darwinian natural selection, though that phrase would not be semantically incorrect—laws of nature are certainly “natural”.

There are two directions of generalization I want to pursue. The first is that intentional selection applies to more than selective breeding and cultivation: many things can be intentionally selected—clothes, husbands, cars, hairstyles, words, musical notes, food, paint, accents, pets, countries. Where there is intention there is selection: intention is inherently selective. All of it is “artificial” in the sense that it isn’t the result of impersonal forces of nature. Art, in particular, is the result of intentional selection—selecting words (literature), audible notes (music), dabs of color (pictorial art). One might even say that dog breeds are artistic products, if the breed selected is chosen on the basis of aesthetic criteria. Intentional selection is selection from a range of possibilities according to certain ends, and this includes artistic works. Thus, we should include under that heading not just cultivated living things but also artifacts of all kinds. A huge amount of the human environment is the result of intentional selection—the action of human intention on the world. Intention is a powerful engine of creation that has transformed the world around us (also within us). It brings things into existence, and also lets things languish and die. Things are born and survive (or perish) according to human intention—fashions, machines, art works, political systems. A large part of the human world is the upshot of intentional selection. That is what culture is. In the case of nomological selection, we likewise have a natural direction of generalization to consider: the composition and structure of the physical universe is the result of it. The things that exist do so by virtue of the laws of nature: planets, mountains, valleys, stars, galaxies, galaxy clusters, etc. Without the laws of nature being what they are we would not have these entities (the law of gravity plays an obvious formative role). The laws of nature create and they destroy, which is why stars are said to have a “life” and to “die”. Glaciers can come to exist and cease to exist according to the ambient temperature. Deserts can be created and disappear depending on the climate and other factors. This is analogous to what happens to species and individual animals: they too can be created by courtesy of the environmental physical conditions and made extinct by them. In this respect dinosaurs are like stars: both can exist for a period and then fade away—by environmental catastrophe or internal dynamics. This is why I introduce the phrase “nomological selection”: I want to mark the similarity to Darwinian natural selection, on one hand, and the dissimilarity to intentional selection, on the other. Of course, Darwin’s natural selection includes genes and reproduction, which are absent from the physical universe of stars and planets, but still the analogy exists and is appropriately labeled “nomological selection”. Selective breeding of plants and animals also involves genes and reproduction, but that doesn’t undermine the analogy with art and artifacts. We are talking about the basic structure of the creative processes involved, not the specific mechanisms, which are peculiar to the case at hand. The important point is that the universe divides into two sorts of selective process: intention-guided and law-guided, personal and impersonal, agential and non-agential. True, laws are like intentions (as intentions are like laws) in that both determine the future: you can predict the future from them. They both act causally, creatively, transformationally—but the two are not identical. We are dealing with two distinct natural cosmological kinds—law-governed creation and mind-governed creation, the unwilled and the willed. Everything you see around you (and don’t see) is the result of one or the other type of selection—hence “the selective universe”. Darwin divided animal creation into two categories—the artificially selected and the naturally selected; I am dividing the whole universe into two categories—the intentionally selected and the nomologically selected. I see this as an extension of Darwin’s basic conception. Everything is about selection under pressure, differential survival, forces of creation and destruction. Our world is a selected world. If God were behind it, it would be a chosen world. This would be supernatural selection.

I intend this as a type of metaphysics—a general conception of reality as a whole. We might call it “selection philosophy” (compare “process philosophy”), or simply “selectionism”.  If I were to draw a diagram of this theory, it would look like the following: at the top we have “Selection” with two arrows pointing to “Intentional Selection” and “Nomological Selection”; then two arrows under each of these pointing to nodes labeled “Aesthetic Selection” and “Non-Aesthetic Selection”, and “Animate Selection” and “Non-Animate Selection”, respectively; these would then branch out into varieties of each category (e.g., music, dogs, and planets). This is how the universe gets carved up. Everything is a variation on the selective theme. It would be possible to adopt different views on priority within this scheme: you might take intentional selection as basic, evincing idealist predilections; or you might take nomological selection as basic, perhaps for physicalist reasons; or you might view the two as mutually irreducible. You could regard intention itself as law-governed or not law-governed. You could have varying views about the nature and status of laws. I would say that intentional selection is a result of nomological selection, because natural selection favored it. You could claim that no coherent universe could exist that was not nomologically selective. You could speak of two types of evolution, both properly so called: biological evolution and cosmological evolution—both types of evolution working by natural (nomological) selection. The galaxies evolved, and so did animal species. You could even argue that both evolutions involve progress or improvement of sorts. You could ponder brain teasers such as whether it would be metaphysically possible to invert the two categories: could the actual results of one sort of selection be exchanged for the other sort? Could art objects have arisen by purely nomological selection and planets evolved by intentional selection? Is the type of origin necessarily linked to the essence of the objects produced? A lot of metaphysics could be constructed around these questions; many doctoral theses could be written debating them. Interdisciplinary work in Selection Science could flourish. Is selection fundamentally dualistic, as Darwin apparently believed concerning his distinction, or is it possible to construct a unified theory of selection in general? Could there be selection in an immaterial universe? What kind of selection would it be if God engaged in his own type of selection? Presumably God selected the laws of nature, so that he is more selectively basic than they are—unless there are laws governing God’s nature. Etc. And what exactly is thisselection we so breezily talk about? Isn’t that a mentally tainted notion? Can it be “naturalized”? All good philosophical questions. Selection metaphysics could be the next Big Thing (heaven help us). Is the actualization of the merely possible the most fundamental kind of selection? How is a possible world to be selected as actual? Is it in the nature of reality to be essentially selective? Is a non-selective reality possible? Is the world the totality of selected facts? Are mathematical and moral facts selective? Contingent truths are selective, but are necessary truths? Thus, the philosophy of selection in all its variety (or uniformity).[2]

[1] I discuss this in “The Language of Evolution”, in Philosophical Provocations (2017).

[2] It might be said that Darwin put the concept of selection on the scientific map, along with gravity, electricity, mass, and motion. We need the concept to do biology. The laws of biology cannot be stated without it. It is the cornerstone of biological science. But he didn’t generalize it beyond the biological world, even though selection involves (among other things) the action of the non-biological world on living things. I am suggesting that universal selection is latent in Darwinian biological science, as universal gravitation is explicit in Newtonian physical science. Gravity operates everywhere, in the large and the small, and so does selection, biological and non-biological, mental and physical. Gravity is itself a selective force, because it causes matter to concentrate and thereby become the objects that define our universe—it selects stars, planets, and galaxies. Then it selects life forms that can exist alongside it. Everything in the biological world is naturally selected; everything in the physical world is nomologically selected, according to the constituents and forces of nature. Selection is a universal (and unifying) principle of nature. Granted, seeing this requires an imaginative leap, but then so did Darwin’s theory. Selection is a ubiquitous active ingredient in the universe—not unlike gravity, in fact. We just need to accept a bit of conceptual extension.

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Autism and Philosophy

Autism and Philosophy

Does philosophy cause autism? Does that question elicit a jolt of recognition? I don’t believe the matter has ever been investigated scientifically, but there is anecdotal evidence to support it. That the two are correlated is prima facie plausible, but does philosophy cause autism? Not florid cases of it, to be sure, but does philosophy edge its practitioners into the spectrum? Does it produce low-grade autism? From my own personal experience, I noticed a marked difference between psychologists and philosophers: I didn’t see signs of autism in psychologists (though other pathologies might be present), but when I began to interact with philosophers, I observed a significant divergence. It comes down to what we nowadays call social skills: awkward behavior, inept friendships, emotional blindness, blank stares, solipsistic tendencies, a lack of warmth. It is probably true that philosophy attracts people already like this, but does it exacerbate the precondition? Does it encourage self-absorption, turning into a shut-in, not quite getting what other people are all about? Don’t you think Wittgenstein was like this? His fraught relationships, his solitariness, his oddity—he wasn’t socially normal. Russell, too, despite his need for love and company, was not entirely adept in his social behavior: he was comfortable with mathematics and philosophy, but in human relations he could be cold and remote, ill at ease. Would anyone regard Saul Kripke and David Lewis as socially completely ordinary? I don’t think Michael Dummett and Richard Hare were quite there inter-personally. Was Quine, or Davidson, or Rawls? I didn’t know them well personally, but from a distance they struck me as not exactly smooth socially. Derek Parfit? Hardly your convivial man-about-town. Surely, immersion in philosophy had something to do with this—it deepened the nascent autism. Not that this is all bad—it may even have been necessary—but it put these individuals into a distinct class of human beings. It made them autistically inclined. It forced them inwards.

What about me? Am I exempt? I’m afraid not. I think I changed when I became a fulltime philosopher at age twenty-two. I was always pretty intellectual, a “walking dictionary” as people used to say; but philosophy made me more like that—more cut off from other people, more solitary. It is true that I always had another side to me, expressed in sports and music, but I have the distinct impression that my mind (my brain) was altered by the study of philosophy. My mind feels like a secret place that I can retreat to, especially when other people irritate me. My extreme rationality makes me impatient with stupidity—people seem more annoying to me than before. It’s hard for me to interact with people who just don’t get it. It makes me want to avoid them. I admit to having an excessive fondness for animals. I hate Christmas. I would not describe myself as socially normal, oh no. I tend to go my own way. I believe that philosophy has played a part in this. Not that this is necessarily a bad thing (my autistic self despises normality), but it does seem like a reality, a psychological syndrome of sorts. I’m not intending to condemn (or celebrate); I am doing objective science. Philosophical friends of mine tend to have the same kind of personality—somewhat aloof, non-participatory, inward-looking. I think Bernard Williams was well aware of this syndrome and tried to overcome it—but he too had a dose of it (perhaps this is why he tried so hard to overcome it). Similarly, for Richard Wollheim (willfully eccentric) and Peter Strawson (strangely shy)—though both delightful men to talk to. I think that recognizing this tendency in philosophers could be helpful to people surrounded by it. It’s not our fault—philosophy made us this way! Philosophy becomes a place of retreat, a place to hide away; and God knows there is plenty to hide away from. Other people may not be hell (a useful Sartrean exaggeration, this) but they aren’t heaven either. They aren’t even a pleasant afternoon (see Jane Austen). Philosophy provides a kind of arid alternative to messy humanity; and we can’t be doing with messy humanity. Hence, the distant look in the eye, the robotic speech, the preoccupation with detail and exact formulation. Hence also, perhaps, with the weird morality, the lack of spontaneous reaction, the desire for a moral calculus.

What is to be done about it? Nothing. Nothing can be done. It’s the nature of the beast. Perhaps it can be mitigated to some degree by forcing oneself to take holidays from philosophy, or hanging around non-philosophical people. But the autism cuts deep; it affects everything. I don’t mean clinical-level disabling autism; I just mean a certain remoteness, abstractedness, preoccupation, inflexibility, obsessiveness, eccentricity. You know it when you see it. Go to the average philosophy conference and you can feel it all around you—a general social unease. Are philosophers ever easygoing? Do they ever just switch it off? Are they ever just ordinary people who happen to have a certain occupation? They are locked into their low-level autism. It is manifested in their style of writing. I find it hard to think of an exception. And the women are not that different from the men—they too suffer from mild autism (I could name some prime examples). Mathematicians and physicists might share the syndrome to some degree (I don’t know enough of them to say), but in philosophers it is very pronounced. Some areas of the subject might be more prone to producing it than others—not so much ethics and aesthetics, perhaps. The more abstract and abstruse the more autistic. I wonder how autistic Socrates was, with his insistent gauche questioning, his obliviousness to the impact of his words on his interlocutors. He certainly doesn’t seem like a socially gracious human being (again, no criticism intended). For all I know, philosophical autism may be the best way to be—though somehow I doubt it.[1]

[1] Terms like “autism” are often overused and overgeneralized (compare “psychopath” and “narcissist”); I am using the term somewhat loosely to include a family of kinds of mental makeup. Being “weird” or “nerdy” might be vernacular equivalents. Still, I think the term is apt in the present connection: a distinctive, stable, recognizable personality type—though it can vary from case to case in degree and mode. It might be contrasted with the bubbly outgoing communicative type. You don’t tend to come across many philosophers like that. There is probably a genetic basis for both types.

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Bend Sinister

Bend Sinister

Nabokov’s harrowing novel of that name is about political leaning to the left (“sinistral”). Bending sinister is supposed not to be a good thing to do (communism etc.). But we might also use the phrase to describe something more literal—leaning to the left hand. I have been bending sinister regularly. I am a case history in bending sinister, and this is an update (for those who care). First, tennis. I have been recovering from surgery (neck, cancer) for nineteen months—recovering my tennis. My right arm was affected and I decided to try to play with both hands, which meant learning to play with my left hand. I did this practicing against the tennis wall at the Biltmore tennis center nearly every day for approximately forty minutes. It wasn’t easy. However, I had an inkling from early on that two-handed play might prove superior in the end. I think I can now announce that it is. Yesterday I played my regular tennis partner (and friend) Eddy and played better than I ever have before. My left hand is no longer a liability. It feels natural now; I wouldn’t have it any other way. I also wouldn’t have believed it possible nineteen months ago. The backhand has gained considerably in power and accuracy. I bent sinister and it worked out. Knife throwing has also proved feasible using the left hand. Again, that took some time (several months—I’ve lost count). Each time I throw it is a little better than before. I can stick it most of the time from twelve feet. My left arm feels like it owns the knife now; it isn’t an alien presence. This is a source of considerable satisfaction to me (I told my surgeon about it the other day to his amazement). Drumming and guitar-playing have followed suit, surprisingly. I no longer bend dextral. All because my right arm was partially incapacitated. In table tennis I have not needed to recruit my left hand; my right hand is perfectly adequate for that. It is true that I can now play lefthanded as well (though relatively poorly), but my right hand is still my weapon of choice. Here I want to emphasize what I have urged before—practice your serve! Develop a variety of serves: different spins, depths, speeds. Right now, I am working on a type of serve I have not seen used before, though it is fairly obvious. You stand way over to the side of the table so that you are not even standing behind it (forehand or backhand). Then you use a soft backspin to send the ball sharply across the table so that it bounces just over the net on the opposite side, as close to the far edge of the table as possible. The opponent has to reach way over to the side even to make contact with the ball. If he decides to place himself there in anticipation of the shot, you simply propel the ball straight down the opposite side, which he will be unable to reach. I’m not bending sinister with this serve, but the opponent will find it sinister anyway. The moral: try something different, don’t give up, work at it, never say die. And unlock your sinister side.

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Axons, Dendrites, and Consciousness

Axons, Dendrites, and Consciousness

You may have heard the saying, “When you get down to brass tacks, these are the facts: birth, copulation, and death”. The sentiment is that these are the basic facts of human (and animal) life—the poles around which everything else revolves. I could paraphrase this in application to the brain as follows: “When you get down to brass tacks, these are the facts: axons, dendrites, and the cell body”. Any textbook of neurophysiology will introduce you to this trinity—with diagrams, technical terms, and history of discovery. That is what the brain basically is—an assemblage of these things. The dendrites and axons extend from the cell body (soma) and conduct electricity. The dendrites have a tree-like structure and are short; the axons are longer, sometimes very long, with a fixed radius. They can change over the course of the brain’s life (“plasticity”). There are auxiliary structures associated with them. You may be reminded of a spider’s web. They are certainly distinctive. The structure is not much like the structure of an atom, though both have a nucleus: the axons and dendrites don’t revolve around the nucleus but are stuck to it. They were discovered a little over a century ago. People got Nobel Prizes. The neuron is not an opaque entity any more—we know its anatomy in detail. We know what constitutes the brain—axons, dendrites, and the cell body. These are the brain’s brass tacks.

There are two things we very much want to say about this structure. First, it must be relevant to higher-order properties of the brain, its form and functioning. The structure of the atom is obviously highly relevant to the form and functioning of things composed of atoms; likewise, the structure of the neuron must be highly relevant to the form and functioning of what neurons compose. You couldn’t change these structures and leave the higher-order properties intact. Indeed, they must play an explanatory role vis-à-vis the brain as a whole (or its larger parts). The axonal-dendritic structure must be deployed in and by the brain; it can’t be accidental and dispensable. That’s the first thing we want to say—need to say. The second thing we want to say is that we have no idea how axons and dendrites act to form the conscious mind—how they explain seeing red, for example. One fact seems to have nothing to do with the other fact. It isn’t as if introspection reveals a threadlike arboreal inner structure to seeing red. Nor is there anything reddish about axons and dendrites. There seems to be no connection at all. Nor does anyone ever try to forge a connection—it seems like a hopeless enterprise, an obvious non-starter. There is no axon-dendrite theory of consciousness. People try to formulate causal role theories, or informational theories, or panpsychist theories, or even electro-chemical stimulation theories—but no one tries to construct an axon-dendrite theory. What have such branching tendrils got to do with consciousness? Why, nothing, of course. And yet, they must have something to do with it, because they are the brass tacks of the brain, its formative constituents. One wants to say that there must be a theory that links the axon-dendrite structure to consciousness—to seeing red, etc. Yet not the slightest glimmer of such a theory enters our puzzled head. That is the basic form of the mind-body problem, so called: the necessity of the connection combined with its impossibility. Let’s not talk vaguely of “the brain” and conjure magical mechanisms and paranormal processes (“holistic meta-programs of information integration” etc.). Let’s gaze steadily at the brass tacks of the brain, accept that they must play a determinative role, and then consider our options: either declare them irrelevant (dualism), boldly claim they are all there is (materialism), or try to find a middle way between these two extremes (a long list here). This is why the mysterian thinks as he does—he can’t see a way to close the gap, but he thinks the gap must be objectively closed. The point I want to make here is that axons and dendrites are the things to look at if you want to take the measure of the problem. They must be part of the solution, and yet it is impossible to see how they can be. No other cellular (or atomic and molecular) structure poses a comparable problem. Consciousness seems like a fact that is more than the facts.[1]

[1] I remember that when I first saw a diagram of the neuron (circa 1968), depicting the axon and dendrites, I thought: “Really—is that it? That’s what’s happening inside my brain when I see and think—surely there must be some mistake!” Talk of “excitation” of these structures didn’t help much. It’s easy to get lost in jargon and gibberish; we need to recover our initial sense of amazement. What has a tiny tree got to do with me and my mind? How can a microscopic cable constitute seeing? How can a synaptic gap lead to a feeling? And yet, apparently, they do. Numbly, I turned the page.

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Garbage and “Garbage”

Garbage and “Garbage”

Biden has a ready and plausible answer to criticism of his “garbage” comment, viz. the use-mention distinction. He was quoting someone else’s use of the word not using it himself non-quotationally. He was enclosing it in what philosophers call scare-quotes. We could paraphrase him thus: “The only so called ‘garbage’ here are Trump’s supporters”. He is not the one describing people as “garbage”; he is picking up on someone else’s use of that word. He would prefer to say “misguided people” or “unethical people”, but he wants to refer back to another person’s despicable use of this word. As to the question of whether he was condemning Trump voters en masse, the answer is that he was not: he meant to refer to the people at the rally and elsewhere who defend and enable Trump’s worst tendencies. If he meant voters, he would have said “voters”. Was it a wise thing to say in the circumstances? No, but it didn’t evince the belief that half the population is garbage. In speech, quotation is not clearly marked, but that was his intention. Plus, he is old and a bit doddery, so cut him some slack. Here we see how a bit of philosophy of language can help.

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The Brain-Brain Problem

The Brain-Brain Problem

Time for some conceptual house-cleaning, or furniture-arranging. We have been talking about the mind-body problem all wrong; we need to bring our formulations up to date. We used not to know that the brain is the central mechanism of the mind; now we do. The mind is an aspect of the brain—mental properties are properties of the brain. The self is the brain; mental properties are properties of the self; therefore, they are properties of the brain. There is no mental substance for them to be properties of, and we now know that the brain is responsible for what happens in the mind—for mental events, faculties, etc. There is nothing to prevent us from saying that mental properties are brain properties.[1] We could (and probably should) drop the definite description “the mind”, or “the human mind”, which suggests there is a thing called “the mind” that is not identical to the brain. Let’s get used to speaking of mental properties as brain properties. The brain has many properties—anatomical, cellular, biochemical, electrical, atomic, and mental. The brain is what is consciousness exists in. On the other hand, the body is not strictly part of the problem, if we mean the biological structure in which the brain (and hence the mind) is situated—belly, legs, arms, etc. That may not even exist and we would still have a “mind-body” problem. What we really have is a brain-brain problem: how do some aspects of the brain relate to other aspects of the brain? How do the non-mental aspects relate to the mental aspects? Thus, the problem concerns how the brain relates to itself—what might be succinctly called “the brain problem”. How is what we call the brain possible? Must we be dualists about the brain? Are some aspects of the brain reducible to others? Are some properties of it supervenient on others? Could there be a brain physically just like the actual brain that had only non-mental properties (a zombie brain)? What is it like to have the brain of a bat? Are brains beyond human comprehension? Is the brain a miracle-worker? That’s the way to talk.

It is evident that not all aspects of the brain present a philosophical problem. First, some parts of the brain have no mental aspect, so don’t present a “mind-body” problem. Neurons are not universally mentally endowed. Second, even among those that are correlated with mental properties, there are unproblematic inter-aspect relations. There is no deep problem of relating the gross anatomical architecture of neurons with their biochemical properties. Nor are electrical properties puzzlingly emergent on chemical properties. We have no problem understanding how the shape of the brain arises from its constituent parts. The brain is not inherently a puzzling mysterious place; it’s as transparent as the heart or the kidneys, more or less. Only in one aspect does it present philosophical difficulties—the mental aspect. It is selectively problematic. A subset of its properties (designated “mental”) resist unification with its other properties. We have a partial brain problem not a general one. The brain is only a bit mysterious—though it’s quite a big bit. It’s like investigating the railway system of a country and finding it pretty easy to understand—except when it comes to how (say) people buy tickets. Everything is fairly smooth sailing (the weather is fine) except for where the brain sails into mental waters (then things get stormy). It is, we might say, anomalously problematic. It ought not be problematic at all to a general inspection, but then it suddenly turns opaque. The brain is locally mysterious—mysteriously mysterious, one might say. Why does it turn mysterious only with respect to one of its aspects? Yet it does. We get the possibility of dualism, with zombies and disembodied minds, type and token identity theories, functionalism, panpsychism, and the rest. The brain problem is itself a problem—why does the problem even exist? How did (could) brains evolve from inanimate matter? The mind itself is not such a problem, and the body is intelligible enough, but the mental aspect of the brain is a deep mystery. The brain alone is an enigma, flanked by (relatively) intelligible things (bodies, minds). Our question ought to be “Can We Solve the Brain Problem?” I don’t say this formulation will make it any easier to solve, but at least it frames the question correctly.[2]

[1] Of course, I don’t mean by this that mental properties are reducible to other brain properties (like C-fiber firing); I mean they are already brain properties (like pain). Mental properties could be completely irreducible and yet still properties of the brain. I take no stand on that issue here.

[2] Philosophers don’t usually study the brain as part of their formal training, so are not used to thinking about it. When I first studied it as part of my psychology degree, fifty-six years ago, I was deeply troubled by how the brain relates to consciousness and the mind generally. I think there is an instinctive resistance among philosophers to acknowledging the centrality of the brain to the mind, but this resistance needs to be overcome. The philosophy of mind is really the philosophy of the brain—in its mental aspect. (I am not advocating “neuro-philosophy”.) The brain has a mind as the heart has ventricles. Psychology and philosophy of mind are about this aspect of the brain; physiology is about its other aspects.

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Kamala Harris

Kamala Harris

I like Kamala, I really do. I think she is a highly intelligent capable person, and even quite likeable (I used to find her off-putting). I badly want her to win. I think she will make a fine president. But there is something she says regularly that really irritates me: she is forever saying, as a mantra, that “the government has no right to decide what a woman can do with her body”. She seems to think this is a clever and decisive argument against “pro-lifers”. It isn’t. I wish she would stop saying it. Of course the government has a right to decide what a woman (or any person) does with her body—such as commit crimes with it. If anyone uses their body to harm others, the government has a right to intervene. And that is precisely what pro-lifers believe, since the fetus’s body is not the mother’s body. It is simply inside her body. What needs to be argued is that the fetus has no rights vis-à-vis the mother’s actions. Note that the fetus is inside until it is outside—so is abortion okay up until the last second? Is it the mother’s body up till then, and henceforward not? These points are familiar, if neglected. What annoys me about Kamala’s comment is that she doesn’t seem to understand that government interference in what a person “does with her (or his) body” is precisely what the law is. Doing such-and-such with your body is against the law—such as murdering with it, or stealing, or speeding. You might think that some bodily behavior is surely free of moral or legal regulation, e.g., cutting your nails or taking a nap. But even that isn’t true universally: you can’t cut your nails next to a person eating if the nails go into the food, and you can’t take a nap while your child is sitting in a hot car. Surely Kamala knows this—she is a lawyer, after all. So why repeat it as if it is a decisive argumentative point? It just makes people think she is a fraud, a spouter of nonsense. I don’t know why someone doesn’t tell her. I can’t think of a single type of action which is neversubject to justifiable legal or moral constraint—even blinking.

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Abby Philip Strikes Again

Abby Philip Strikes Again

Last night was surely a turning point. Abby Philip’s nightly show features vigorous debate between pundits of the left and pundits of the right (usually the MAGA right). She handles it with the utmost integrity and intelligence (not to mention charm). I always dislike the right-wingers she has as guests—all of them. I often think they should not be allowed on TV to spew their poison. Last night, however, broke new ground: one of them (whose name I will not even mention) went so far that he had to be removed from the show during a commercial break (I also will not repeat his vile comments). Abby apologized to the audience on behalf of CNN. About time, I thought. No doubt he will now become a hero to the MAGA right and used as evidence of “media bias”. Complete rubbish, of course, but you know the script. Abby managed it impeccably, as always. I hope this sets a precedent: such people should not be given a soapbox. We will of course now see assorted apologists trying to defend this awful character, adding to the political degradation that is enveloping us.

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