Good Snake, Bad Snake

One bright Spring morning, Karen opens her front door and steps onto the porch to take the morning rays. She lives on a cul-de-sac, and in the middle of the traffic circle just beyond her front yard, she sees a large rattlesnake. No one else is around, but she knows that the neighbor kids will soon be out to play in the street. She must do something. Karen likes snakes (she considers them beautiful, graceful creatures) so she shoos the animal into the underbrush well off the travelled way, posts a homemade, “Danger Snake” sign on the path to the underbrush, and knocks on her neighbors’ door to warn them of the danger to their kids.

The following morning, Karen sleeps in, but her other neighbor, Kate, is up early and out to her porch. Once again, the rattlesnake sits in the traffic circle. Kate does not like snakes, so she promptly chops its head off and disposes of the body in the underbrush. Not long after, Karen appears, having heard some commotion. They stand together, regarding a small bloodstain on the pavement.

Unbeknownst to Kate and Karen, Marsha, the nosey insomniac who lives 2 doors down, has been observing the events of the last two mornings. Marsha feels moved to acknowledge the noble actions of her neighbors, so she promptly goes out to present each of them with a card of appreciation which reads, “Thank you for your good work in your good works.”

It is pretty clear what Marsha means by the first “good”. She thinks that each of her neighbors, given their purposes, acted in a manner to most effectively realize the ends of those purposes. The first “good” is instrumental; it describes the effectiveness of a means to an end. It may be tempting to say that the second good is just the same. For instance, one could propose an argument from evolutionary psychology: We seek to bring about good circumstances and avoid bad ones because such efforts improve our odds of survival. Assuming the viability of an evolutionary account. we are still left with an elephant in the room. We have no explanation of our valuation of life. It is easy to claim it as a logical tautology: Living things live because that’s what makes them living things. But living is an activity. To live is to strive to survive, so to speak. The motivation to carry on this activity is intrinsic to the activity and if living is self explanatory, then so is the life-motive.

Closely examined, all motive looks this way.* When I reach for a beer, for instance, certain neurons have responded to environmental cues. The activity of those neurons causes in me the notion that I want to have a beer, which turns on other circuits in the prefrontal cortex, spinal cord, neuromuscular junction, etc. At the end of it all, I have a beer and an exhaustive explanation. The story of my obtaining beer is a story, still. It is representational. The story exists as the result of a desire to tell stories, and the desire to tell stories has its own, exhaustive reduction. But all the branching stories of motives are fixed by an active orientation, which I also indicate when I say that I want a beer.

And as Hume, among others, observed, when we talk about moral goodness, we don’t just tell a story containing an end and its means, we do also refer to a motive directly. Good, if it is something, is something which we ought to do. Even when we speak of evil acts, we don’t simply mean acts which are ignorant or negligent, we mean acts which somehow fail in their motivations. Marsha’s two ‘goods’ do mean two different things. The first meaning is instrumental. The second is something – else.

To get at what else a moral value may be, it may be instructive to examine how Karen evaluates the snake. For her, the snake elicits a sense of beauty which weights her moral calculus. She has a moral obligation to the neighbor kids, and aesthetic obligation(?) to the snake. Nor do those values seem bound to the snake; they seem to be bound to the beholder. Kate certainly does not attribute the same value to the snake. We must look to the motivation of the evaluator to account for the snake’s aesthetic value.

We can attempt a functional account of the discrepancy in snake esteem. The snake has symmetry, color contrast, impressive venom, etc. which the human brain finds attractive, and which Karen has the proper sort of history regarding snakes (a history which Kate lacks) to allow an appreciation of snakes on the above grounds. The reduction can give us an instrumental evaluation of the snake’s aesthetic value. For instance, we will have a pretty good idea of where Karen’s line is when it comes to snake rescue – will she risk her life to save one, or just suffer a little inconvenience. We will not have a good account of why the line is where it is.

George Moore refers to the analogous moral problem with his open question. He noted that we can identify an act as good, but we cannot find an attribute inherent in the act itself which makes it good. When we say something is morally good, we don’t seem to be able to go on and say that it is constitutive of good, so that any morally good thing contributes to our knowledge of good. We speak as though we already know it, even when we have changed our minds about what is or is not good! It is the same with the line demarcating the limits of snake-appreciation for Karen; we start behind it and cannot pick apart a final source of its position in the facts we have about the line. The value attribution seems to come from within the person making it, and their motive.

Moore postulated a moral intuition to explain the whole moral mess. We have a faculty which responds to events by arousing Good and Bad sentiments in us. With a moral sense, it all occurs in the heart, which is only stimulated by events past and current.

Aesthetic sentiments also occur ‘in the heart’. A urinal in the bus station moves very few, while the same urinal in a gallery moves many – and beyond its representation. In fact, part of what the gallery urinal represents is the significance of aesthetic disagreement. The difference, the urinal reminds us, occurs in the heart and its appreciation of white porcelain curves, beyond any differential understanding of context and symbol – the instrumental aspects of art.

So it is with morality, as well. Aesthetic evaluations and moral evaluations prove difficult to distinguish, because they share a structure. But aesthetics are appreciated, not by the stimulation of a mysterious, aesthetic faculty, but by an operational method. When we consider the urinal in the gallery, we take in its given structure and attempt to align the proper elements of that structure in terms of our given motive. The sense of appreciation that we enjoy after the act of appreciation may be mistaken for the appreciation itself, but the sense is merely a tale of reminiscence.

The appreciation of the child/snake situation occurs in the moment, too. When we look back on it, we can analyze the process, but the analysis is not the process. It leaves facts in its wake, but the facts are not the act, and the act is what we wish to indicate when we speak in moral terms. We feel comfortable with this sort of arrangement in similar cases of activity, like painting or juggling. We understand that instruction in painting or juggling does not effectively capture the act, and we do not expect that a manual detailing the performance of the activity, even if the manual were complete in every detail, would enable us to paint or juggle the first time, every time or even any time.

The intuitionists got it right regarding our moral situation. Moralizing occurs within the speaker, and the speaker’s report inevitably misses a key element of morality when the report attributes moral properties or refers to moral facts. But what seems to be going on is not the inscrutable machination of a non-natural moral sense. Instead, it looks like the enactment of a method.

______________________________________________________________________________* I think that is because all motive devolves to a single motive – der Wille zur Macht.

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Huh?

On the census citizenship question: The supreme court invited Tweetsy the Clown & Co. to come back with a better lie?

Sebastian Gorka called somebody a punk? Dough boy? Called somebody else a punk?

Pass the popcorn; even arson can be done as slapstick.

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Causes, Facts, and Heroin

The lecturer moved his laser-pointer quickly over the loop of neural circuitry. He explained the role of Mu receptors in activating the circuit, which sent a signal round and round and came out as the behavior pattern we call addiction. It was all very neat.

It was so neat the he could have simplified his diagram by replacing the pretty brain graphic with a switch. Off would be synonymous with no addictive behavior. On would equal addictive behavior. If you took the theory, “Addiction = Brain Circuitry” at face value, anything that flips the switch would cause addiction. Yet we know that that situation does not obtain. Heroin flips the switch, but not everyone who takes heroin manifests addictive behavior.

For the advocate of “Addiction = Brain Circuitry”, there are two ways out of this dilemma. First, he can posit a multiplicity of switches. In other words, he can claim that there is an intervening network of necessary, but not sufficient, switches on either side of the Big Switch, mediating the input and output of the addiction circuit. But then in principle, all those switches could also be replaced with a single switch, and you are right back where you started. No limited set of if/then statements will be completely determinative.

The second way out of the non-correspondence dilemma is to simply abandon a complete and transparent explanation, in favor of reliable facts. Neurons are necessary to behaviors, and we know that because, if we zap certain neurons, we can reliably alter corresponding behaviors. That doesn’t exactly explain the behavior, but it lets us move on to knowledge of neural circuits and the experiences which correspond with changing the configurations of those circuits.

One might denigrate the second solution as an abandonment of truth-seeking. Perhaps, but that is not so bad, on a proper notion of truth. In solution #2, you get a theory, which is a set of reliable facts. To get to the truth what you need is an explanatory reduction. In other words, all the switches and their positions for a specific moment of behavior, across the cosmic board. Such an array is purely didactic. It refers to no knowledge, for it cannot reliably correspond with anything. You may think you know something about it, but you don’t – not until you begin to formulate a theory regarding it.

Johnnie shoots a dose of heroin because he has inherited a susceptible set of receptors, because he contains the dendritic representations of certain permissive life-lessons, because he lacks certain inhibitory representations, because he lives in a society which has heroin, because he anticipates certain effects from heroin injections. And on, and on, and on…

At the end of such an exposition (if there even is an end) what we have is just a snap-shot which we have pre-labeled, “Johnnie’s Addiction”. To make any sense of it – to know anything at all about it – we must delve in to the insufficient necessities, and be satisfied with their mere reliability. When we give Johnnie a medicine for his Addiction, we should expect that it will, to some extent, extinguish the behavior. We should expect that if we take away his heroin, his behavior will, to some extent, change. And in fact, our theory does correspond with the facts which it predicts, and upon which rests.

Like the addiction lecturer, we all frequently feel dissatisfied with reliability. We would like some non-provisional knowledge. Give us some truth, please. Aspiring to truth gets us nowhere, though. Truth is too hefty. To riff on Gettier’s classic thought experiment, Smith has the truth when he observes that a person with 10 coins in his pocket will get the job, once Smith sees that a person with 10 coins in his pocket gets the job. Yet he has no knowledge thereby. He cannot be (provisionally) right or wrong in such a statement, any more than a snapshot can be right or wrong (though our subsequent interpretations – theories – of the snapshot may be).

If Smith says, at his next interview, that the person with 10 coins in his pocket will get the job, and he takes care to put 10 coins in his own pocket in hopes of getting the job, then he may know something. He is making a knowledge claim regarding his experience with coins and interviews, and his claim may or may not correspond with his theory’s fact-conditions. Reliability is what he will get, and he will be happy with it, or not, as will we all.

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No Clarence, You Do Not Have Clearance

Justice Thomas recently wrote a 20 page concurrence to a decision about an abortion law. Someday, this exposition will be renowned as the most extensive, inside-out examination of the genetic fallacy in history. Every textbook will cite it, eventually. To hasten its ascendance, I will make these observations on the Justice’s writing.

First some background. The law at issue is one which restricts abortion in a number of ways, only one of which really got the Judge going.

“This statute makes it illegal for an abortion provider to perform an abortion in Indiana when the provider knows that the mother is seeking the abortion solely because of the child’s race, sex, diagnosis of Down syndrome, disability, or related characteristics. §§16–34–4–1 to 16–34–4–8; see §16–34– 4–1(b) (excluding “lethal fetal anomal[ies]” from the definition of disability).”

We’ll get back to the “child” verbiage. What’s the upshot of this provision, the one which provoked such logorrhea from Thomas?

“Put differently, this law and other laws like it promote a State’s compelling interest in preventing abortion from becoming a tool of modern-day eugenics.2”

Wow, that is a big claim, and it is going to need a lot of support. But what he brings is: “Eugenicists are bad. Things Eugenicists like are bad. This is the sort of thing Eugenicists like, so it is bad.”

On the surface, his argument is just bad, mundane, and not even original. But he is a supreme court justice, so he digs deeper, and we get to see all the sub-strata of the genetic fallacy, and so why it, like all informal fallacies, merits its label.

The first purpose of the genetic fallacy is to shut down one’s opponents. By nature, it contains an accusation of guilt by association, not only for the position which it seeks to defame but for any advocates of that position as well.

Quite a bit of Thomas’ concurrence enumerates the deplorable sayings of Galton, Sanger, Stoddard, etc.. These are people to be reviled and feared. Galton originated the notion of social Darwinism – the survival of the fittest. Thomas provides this example of Stoddard’s toxicity:

Stoddard feared that without “artificial barriers,” the races “will increasingly mingle, and the inevitable result will be the supplanting or absorption of the higher by the lower types.”

But, wait a minute. If the higher types and lower types can’t keep it straight, then how are they ‘types’ at all? This kind of contradiction permeates eugenics, especially when it comes to the use of birth control to advance the cause. If a woman chooses to use birth control to give her children a better economic heritage, or to spare her child a brief and impoverished existence, she would seem to have met the superior-type criteria. Which brings us to the real problem with eugenics: It inevitably classifies on phenotype, with an assumption that the genotype follows. Furthermore, even their assessment of phenotype is hopelessly crude, because it includes social status as big part of the phenotype’s constitution. The blond hair and blue eyes come with a 3-piece suit.

It turns out that the eugenicists are just a bunch of crackpots who don’t really understand genetics, not the scary, evil geniuses referenced in Thomas’ argument. And that’s one problem with the genetic fallacy in general. To taint a position, the associated villains must have some potency to their poison – they must be right to some extent, or at least attractive – yet they must also be wrong, to discredit the position, and repugnant. In the end, you can’t have it both ways.

But the Justice does not stop in the upper layers of the genetic fallacy; he is digging for gold. Underlying every good deployment of this fallacy, there is a slippery slope argument as well. Usually the slippery slope remains implied. It risks being overlooked, in that case. Justice Thomas is not about to let that happen.

If “the masses” were given “practical education in Birth Control”—for which there was “almost universal demand”—then the “Eugenic educator” could use “Birth Control propaganda” to “direct a thorough education in Eugenics” and influence the reproductive decisions of the unfit. Propaganda 5. In this way, “the campaign for Birth Control [was] not merely of eugenic value, but [was] practically identical in ideal with the final aims of Eugenics.”

If you thought Sanger was bad, just wait. She was merely the vanguard. who aimed to soften us all up for the real assault.

And with today’s prenatal screening tests and other technologies, abortion can easily be used to eliminate children with unwanted characteristics. Indeed, the individualized nature of abortion gives it even more eugenic potential than birth control, which simply reduces the chance of conceiving any child. As petitioners and several amicus curiae briefs point out, moreover, abortion has proved to be a disturbingly effective tool for implementing the discriminatory preferences that undergird eugenics.

We are looking down a black diamond run. The last bit, however, brings us to the deeper reasons for rejecting genetic fallacies. In the course of his exposition, Justice Thomas reveals a profound misunderstanding of fetal anomalies, prenatal testing, and worst of all, Freakonomics (he must not have listened very carefully to the episode referenced on page 17). The genetic fallacy generally serves to smooth over such rough spots for its user. For Justice Thomas, it is a smoke bomb which he hopes will cover him while he slips past the implications of words like “child” tossed in to refer to – what? Does he mean zygote, blastocyst, embryo, fetus? What are the physiologic correlates of childhood? Or is it possession of a soul, and if so, just what the hell is a soul, and by what means do we know of it? He concludes:

Although the Court declines to wade into these issues today, we cannot avoid them forever. Having created the constitutional right to an abortion, this Court is dutybound to address its scope.

Indeed, you can’t hide forever.

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The Dilemma of Divine Purpose

It is often said that God is the source of human (and indeed, animal) purpose, and that without God, there is no purpose.

But what is God’s purpose, and who can say?

Let’s dispense with the common confabulation offered in response: God’s purpose is to do  just what he does and to be just like he is. Of course, this response defines the difference between an explanation and an assertion, and when it is stated as an explanation, it makes a very tight circle.

When God acts, he manifests divine will.

God created the world, so the world is meant to be a manifestation of divine will. In other words, it is meant to be just what it is.

Any questions?

But there is no real answer within the common confabulation. Maybe the question can be reframed to elicit a precise response.

Can God say why he created the world?

This is not to say that he need explain himself to us. Is he able to explain it for himself ?

If creation was instrumental to some purpose for God – perhaps a cure for loneliness – then creation is actually dependent upon some set of determinants of divine will, i.e. circumstances to which the divine will responds.

If so, whence those cicumstances? Even if God can say, we all (us via God) are beholden to those circumstances. For all of us, the circumstances simply exist, and therefore, all of us simply exist.

But what if creation was not instrumental? Let’s say God simply willed it. In that case, there is no divine insight in principle – not even a Muse to blame – and again, all of us simply exist.

So,  we all simply exist, God too.

 

 

 

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Knock Out Mouse Revolution

mighty-mouse-cartoon-clipart-16

Standing in the New Orleans convention center felt a little eerie. The interior was clean and neat. It looked like an airport. Still, I could not help but recall images of Katrina, when the huge edifice had become a beacon of false hope, luring the populace through its doors with the promise of aid, only to leave those who entered trapped like rats.

We had come to a conference to learn about endocrinology, which I had not considered too creepy before. I was wrong.

The proceedings began innocently. Hundreds of physician scientists, and I, filed quietly into a giant auditorium. I want to make clear my lack of qualifications relative to the rest of the group. I am no scientist, and barely a physician. I would much rather read philosophy books and climb around on crumbly sandstone towers than pipette solutions into a gel matrix.

But my job is mostly about helping people protect themselves from diabetes. Plus my wife had a poster to present. So, there I was, attending as an imposter.

The keynote speaker got a prolonged introduction. He deserved it. He was an important person with important research credentials. It was the kind of introduction where a name is never mentioned, for dramatic effect, and because everybody already knows exactly who the subject is. It is a an effective strategy for generating anticipation in the majority who are already quite familiar with the speaker, as well as in those who have never heard of him. It works for everyone, except my wife. She is honest to a fault, and that means that she is a real subject-object-verb kind of person. When presented with a dramatic, obscure speech, her attention lapses. As the speaker walked onstage to the sound of his name, she asked me who this Francis Collins person was.

After a long moment’s reflection, I told her that Francis Collins was a bad philosopher. She seemed to accept my summary, because she promptly settled back in her theater chair to nap through the rest of the lecture. I could not sleep, though I was feeling a little jet lag as well. The lecture was fascinating. Dr. Collins had been right in the middle of genetic research since the beginning of the human genome project, and he took the audience on a trip through the whole endeavor, right up to the current moment: the Big Data revolution.

The Big Data revolution referred to the use of advanced mathematical and computing techniques to sort through scads of data for druggable targets in endocrine diseases. The special techniques had become necessary because the database had exploded. Dr. Collins and his compatriots had deciphered the genomic book of life, but when they sat down to read it, they discovered that they needed a lamp, reading glasses, bookmarks, and indeed, the semantics of the language. The genes turned out to be active in the context of all sorts of transcription factors, promotors, coactivators, corepressors, etc. There was layer upon layer of conditionals which gave meaning to the genetics.

The source of the Big Data revelation was the knockout mouse. The knockout mouse and its cousins, the knockin mouse and the humanized mouse, were what happened when researchers turned to their traditional test subjects with gene manipulation techniques learned in dissecting the genome. By studying mice with selectively induced genetic defects, the researchers had produced the dense pile of data on gene regulation which advanced computing methods might sort out for us.

By the end of the keynote address, I had mouse fever. I wanted to hear all about the things which these creatures could do, and it turned out that I had come to the right place. Over the next few days, I would hear about mutant mice who could run on a treadmill off the couch like they had trained for months. Mice who developed diabetes. Mice who could turn on their brown fat to alter their metabolism. And many of these mice could serve as their own experimental controls. They had mechanisms inserted in their genomes which could turn their genetic defects on and off in response to substances in their mouse chow.

I’ll admit, when I heard about designer mice and their custom mouse chow, I got a little side-tracked. I had been eager to get out of medicine for a while. It all seemed so futile, and even a bit of a sham. Knockout mice might have been the ticket.

Two incidents elevated that thought to conscious consideration. The first was sighting a booth devoted to mouse chow in the exhibit hall.

To understand the significance of the chow booth, one must understand what the exhibit hall is all about. There is an exhibit hall at every conference. They are huge and opulent sometimes, sometimes modest, but always staffed by beautiful, shiny people and stocked with treats, from lattes to foam-model pancreases. Brands like Coach or Louis V. would feel at home amongst the booths.

Giant pharmaceutical companies ruled the hall, and the mouse kibble guys were right there in the mix. If mouse chow could buy an exhibit booth, the mice themselves must be golden.

The second incident was a conversation overheard in the poster hall.

The poster hall is a huge open space with row upon row of cork boards. Researchers pin up posters with summaries of their investigations on the boards, and attendees walk up and down the rows soaking in the knowledge. Usually there is a clearing in the middle with a nest of round banquet tables where everyone can go to take a break, chat and have a cup of pharma coffee. That’s where I sat while my wife presented her poster. I did not sit randomly.

As I walked up on the tables, I spotted a fat man in a plaid shirt and a yarmulke leaning in to say something to a thin, swarthy, bearded companion wearing a dark olive sport coat and a gold medallion. I needed in on that conversation, so I settled in the chair next to them, and swirled my coffee thoughtfully. Imagine my surprise as I picked up on the subject of their conspiracy.

“Yes,” said the fat man, ” I have been trying to find some of those mice. I need them to finish my work, but you can’t find them anywhere.”

“Yes,” echoed his friend, “those mice are nowhere to be found.”

“The closest I came,” the fat man continued, “was this Korean lady in San Fransisco. She said she had some, even said she would send me a few. But she never came through, and now I can’t get a hold of her anymore.”

The mice must be golden.

But my dreams of becoming a mouse Baron were short-lived. Upon further investigation, I found that genetically altered mice did not thrive. It was hard enough to get them past the embryonic stage. Once they could breathe on their own, they often required special conditions and diets just to survive. Worst of all, most of the really good mice had been patented. You bought the limited rights to a strain of mice when you bought the animals themselves. The patent system was the impetus for the black market discussion in the poster hall. You could trade for mice underground and avoid some costs, at the risk of incurring the wrath of the mouse factory lawyers after publication.

Despite the disappointment on economic grounds, I left the conference optimistic. I still had the image of all those colored bars from Dr. Collins’ slide in my head. Each one was a gene which a mouse model could exemplify, and therefore each one was potentially a druggable target. We had this. It was just a matter of time, and mice.

On my way to work, I have some time to think, though not too deeply. I leave early to beat the traffic, but I never do. Most commutes demand constant attention to collision avoidance. The situation is unfortunate, because the commute is the only time to think. Once work starts, I am behind. Someone constantly needs something from me to satisfy someone else who needs something from them, etc.. My workplace is carefully structured to facilitate this cycle. If I need to communicate with someone, odds are that I can lean over to one side and speak to them directly. Otherwise, my computer contains a messaging system which will pop in on whoever I need to inform or interrogate. Patient rooms cluster around my workstation, so I never need to walk more than 6 steps. However, patient contact occupies only a minor portion of my time. Most of the day is passed on the computer and the phone, addressing questions, requests and lab results. At the end of the day the freeway awaits again. By the time I get home, I am burned out and may or may not have it in me to do some physical training and watch television before retiring to get up and do it all again the next morning.

As luck would have it, traffic was light on the first day back from New Orleans. As I drove, I dreamed of druggable targets; Dr. Collins’ slides with the colored bars swam before me. Most of my patients were already on carefully targeted medications, but reaching down into the genome would ramp up medication effectiveness by orders of magnitude. Yet, not all my thoughts were so happy. Other images kept popping into my head, unbidden. I saw other colored slides, from another lecture by another renowned researcher. They were Dr. Brawley’s slides on the geographic and socioeconomic correlates of life expectancy and the epidemiology of conditions like obesity, cancer and diabetes. I could not banish those intrusive images, and by the time I was walking across the clinic parking lot, my mood had deteriorated.

I made it through the day, and finally got to resume my train of thought as I walked back to the car to drive home. I thought about gene targets and Dr. Brawley’s maps again. Then thoughts of one of the day’s patients joined the fray. She was very overweight, and had the metabolic problems that went with excess adipose tissue. She was on targeted therapy for her diabetes in the form of a monoclonal antibody directed at a counter-regulatory hormone receptor. It was the best science had to offer, but she often missed her doses. She had 2 jobs and no car, so she was up early and home late, and she simply forgot her meds sometimes. She set an alarm, but often could not attend to it, or forgot to reset it. We did not even discuss diet and exercise. She lived on a busy street with non-contiguous sidewalks, had no money for a gym, and no time to travel to a safe park. She could not cook, because she had grown up on packaged foods. In any case, she had grown too heavy by now. Her knees had given out under the weight. She could only mobilize fat stores in the face of severe calorie restriction. To reclaim  her life, assuming that was our aim, she would need two joint replacements and a gastric bypass.

I began to re-experience the rising panic which I had felt at the end of her appointment. Dr. Collins & Co. had let me down; I was not armed for this struggle, nor would I be. I stopped to take a breath and get my bearings. The parking lot was nearly empty. A bad smell rose from a nearby drainage grate, and a noise like water flowing.

I imagined that the noise might be something else. Maybe, instead of waste water, it was all those knockout mice, rising through the  sewers from the depths of the New Orleans convention center where the disappointments of Katrina had flowed down to bring the little fellows back, like a time-delayed Ghost Dance. The mice were coming with their little spectral incisors primed to clip down the cages, the labs, the chow booth, the convention center, and all the rest in a massive, surgical revision. I became convinced that the sound was the mice coming. It had to be. It was the only way that the knockout mice could save us.

mouse

 

 

 

 

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OK

Send migrants from the border  to sanctuary cities. Give those cities control of the manpower and financial resources currently employed by the federal government for immigration enforcement, too.

Because, the move to make immigration and the asylum process somebody else’s’ problem is an admission of incompetence.

So, go ahead and put the grown-ups back in charge Trump, you whining little prick.

Just do it properly…Oh. Never mind.

 

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What Did You Expect?

Did you expect that professional intelligence officers would involve a bunch of loud-mouthed incompetents in their operation?

Did you expect any persuasive evidence to come from an investigation for a population which, as Trump accurately estimated, would not change its vote if its candidate shot someone on 5th avenue?

Did you really need a conspiracy theory to convince you that the author of the Mexican rapist invasion, fine folks in the Neo-Nazi (Alt-right) ranks, Enemy of the People press, dictator admiration and non-stop smack/lies needed to be evicted from office and reviled in the histories?

Really?

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What Does It Mean to Be a Disembodied Mind?

Really, we should go to the source for a self-report.

We immediately confront a problem, then. Where do we look?

That is to say, if we are to establish communication with the disembodied mind, then we must somehow individuate it. It must be a candidate for intentional inexistence if we even hope to take heed of it.

Yet individuation is precisely the psychological consequence of embodiment.

Look at it from the other side. What if the disembodied mind wants to talk to us poor saps wallowing in bodies?

Mustn’t it make it make the subject-object distinction first? And if it does, hasn’t it wiped out any hope of qualitative distinction from the rest of the body-wallowers?

It is merely a prettier critter, after all.

 

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Imagine

…for a moment that you have been selected to participate in a groundbreaking experiment.

Neurobiologists have discovered a single neuron in the reticular activating system (RAS) which appears to be responsible for consciousness. In a rat model, when they hit this little cell with a pulse from an electrode, the rat stops and stares blankly. It will carry out reflexive acts, and even complex learned responses to stimulus. But when the electrode is hot, the questing nose and shifting eyes are still.

You will be the first human subject to undergo stimulation of the single consciousness neuron in the RAS. Well, at least one of the first human subjects, because I will undergo the procedure with you.

In the lab, we each have a tiny hole drilled in our skulls and a micro-wire inserted into the target neuron in our brains. Then, under video-EEG monitoring, I flip the switch that turns on your electrode.

Your EEG changes, but nothing seems to happen to you. You continue to chat with me and when I inquire as to the your status, you assure me that you are quite conscious.

But then I switch the current off.

You look surprised, and ask me, “How long was I out?”

I don’t know what to make of your behavior. Were you out? Was someone else in? Does the magic neuron just make you forget yourself for a bit?

There is only one way to find out. I tell you to flip the switch on my electrode.

I come to in the middle of a conversation, and report to you that I must have been unconscious while my electrode was hot. Your report of my behavior mirrors my report of yours: no change until the power goes off, and then the surprised “wake up”.

I still have no answer regarding anyone’s consciousness during the time when the RAS neuron is activated, nor will I get one. I may be able to make some guesses, if I gather loads of video-EEG data, or see what happens when I try to teach you something while the neuron is being stimulated. That behavioral information, in the brainwaves and in speech, may typically correlate with the presence or absence of a conscious state (in our experience).

The correlates can tell me nothing of the actual presence or absence of conscious experience, however. Consciousness occurs within a subject and won’t be found in the intersubjective. That state of affairs does not make consciousness particularly hard or mysterious – we all know all about it every day. It does require a subject to have it though, and it is always consciousness ‘of’. It is just ours and ours alone.

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