science

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If you can look into the seeds of time, and blog which grain will grow and which will not

Hello, and also, good morning.

What to write about, what to write about‒that is the question today.  Of course, “to be or not to be” is always the question as well, as was recognized by Camus in The Myth of Sisyphus.  If I recall, he arrives at the conclusion that the titular rock-rolling protagonist must be “happy” despite the patent and constant pointlessness and absurdity of his existence.

That goes along with the whole recognition of the absurdity of life itself that is central to the existentialism movement.  Still, it’s hard for me to “imagine Sisyphus happy”, unless he was a true Bodhisattva or had been thoroughly lobotomized by Zeus (or whoever it was that had doomed him to his…well, his doom).

It can help, I guess, to think about the vast scale of the cosmos in space and time (and any other dimensionality that might apply) and also about the incredibly minute scale of the cosmos, the fundamental quantum fields (and whatever gravity ultimately is) interacting from the Planck scale on up.  It helps keep things in perspective.

Of course, even given the scales of the cosmos*, there’s another, almost sort of Buddhist/Taoist notion that notes that each individual‒each particle even‒always exists at the nexus of two “light cones”, existing in an ever-moving now.  These are 4-dimensional cones, by the way, but it’s okay to reduce things by one dimension if you will.  It makes them easier to visualize.

Your (or anyone’s) past light cone is the outer boundary of all influences that can possibly have had any effect upon you at the present moment‒those influences that could have reached you at the speed of light or more slowly.  Similarly, one’s future light cone encompasses all those things that could possibly be influenced by things at the present location at or below the speed of light.

Any motion within the light cones‒the only motion that anything within spacetime can execute, as far as we know‒is called timelike motion.  Any motion that would require going outside a light cone is considered “spacelike” motion, and is not allowed by relativity.  This is not merely because of the speed of light, it’s because the speed of light is defined by the speed of causality.  Causes cannot travel faster or have effects beyond the speed of causality.  This is a bit tautological, I know, but it nevertheless simply must be true.

So each individual’s experience, each individual process, sits at the moving balance point of a future light cone and a past light cone, crossing at the moving present, tracing out a “timelike” path in spacetime.  Of course, individual creatures are not individual particles, and so their overall spacetime path would resemble the final line produced by a sketcher going over and over a particular path to make the curve the artist desires.

If one could look at the structure of a human in spacetime, like the Tralfamadorians of Slaughterhouse Five, but one could also trace even the spacetime paths of individual “particles”**, a human life would be a sort of higher-dimensional braid in spacetime, surrounded by a haze of incoming and outgoing quantum entities, most of which will be locally bound and interacting, and so will be moving at a net velocity lower than the speed of light.

I’m assuming you don’t eat your food or drink your water or breathe your air or (shudder) sweat or excrete at near light speed.

Imagine what the inside of a mere proton or neutron might look like if one were able to see it as a rendered, four-dimensional model in fine detail!  If you think it wouldn’t be that interesting because it’s so wee, think again.

Remember, only the tiniest fraction of the “rest mass” of a nucleon comes from the mass of the three “net” quarks in it (two up, one down or two down, one up depending on whether it’s a proton or neutron).  Almost all the rest of its mass is the energy of the interactions between these three quarks:  all the gluons exchanged, all the virtual quark/anti-quark pairs popping into existence, mediated by that famous strong force and its weird*** “asymptotic freedom”.

Bringing this back around, I guess my point was merely to note that everyone and everything is pointless from the perspective of the laws of nature and the spacetime scale of the cosmos, but when you learn about those things‒the cosmos at large and small levels‒you are at least familiarizing yourself with those vast workings, and you are in a sense taking part of them into yourself.  That’s kind of a cool thought.

But don’t take too much of it into yourself!  For, much as would happen to someone who stuffed all the information about Graham’s number into one head, if you do you will become a black hole.  Now, it may be possible to survive becoming a black hole, but I don’t recommend betting on that pony.

TTFN

*I wrote a post on Iterations of Zero about how it might be useful for people to consider the cosmic perspective as contrasting with their prosaic concerns.  I don’t remember how good it was, but here’s the link, in case you want to read it and give any feedback you like.

**I use this word for want of a better term that everyone would recognize and that would be succinct.  I think we need such a different term, because a lot of the perceived so-called weirdness and mystery of quantum mechanics comes from trying to use inaccurate terms that originated in times before we understood things as well as we now do.  Quanta are not little “particles” that sometimes act like waves, nor are they little waves that sometimes act like particles (though that’s slightly more accurate).  They are entities unto themselves, and the ways they behave are all always consistent with that nature.  They don’t sometimes act like one thing and at other times act like another.  They all, always, act like what they are.

***Except it’s not weird, really.  Those of us who are surprised by it?  We are the weird ones.  Quantum chromodynamics has always done exactly what it still does, since long before any life at all existed in this universe.  To quote Yudkowsky again, “Since the beginning not one unusual thing has ever happened.”

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Our wills and fates do so contrary run, that our devices still are overthrown; Our blogs are ours, their ends none of our own.

Hello and good morning.  It’s Thursday, the 26th of February in 2026, a date that’s only very slightly interesting whether you write it as 2-26-2026 or 26-2-2026.  The fact that you have repeated 2s and repeated 26s is somewhat entertaining, but the zero throws potential symmetries off, making it not nearly as much fun as it could conceivably be.  It’s a shame, really.  I suppose you could write it as 26-02-2026 and rescue a bit of symmetry, but that feels like reaching.  It’s not quite symmetrical anyway, unless one is writing in base-26 or higher.  No, wait, even that wouldn’t work.

I don’t know about what I’m going to write this morning.  That in itself, of course, is nothing unusual.  But I don’t feel that I have much to say about anything at the moment.  I don’t want to get into my depression and ASD and anxiety and chronic pain and insomnia and just general moribund state, because I’m sure no one wants to hear about it anymore, and in any case, there seems to be no way anyone can do anything about it that’s useful, which makes it all the more frustrating.  Writing about it certainly hasn’t cured or even improved my state much, if at all.

Anyway, as I said the other day, you have been put on notice.  Unless you just started reading my blog for the first time yesterday, you’ve no right to act fucking surprised no matter what happens.

Okay, that’s that out of the way.

Now, let’s see, what should I write today?  I could discuss some topics in science, especially physics, though I also have literal, legally recognized expertise in biology, and I know a lot about quite a few other branches of science as well.  This is because I have always been curious about how the world, the universe, actually and literally works on the largest and on the most fundamental scales.

I mean, yes, humans also have their rules and laws and social mores and antisocial morays and all that nonsense, but if you step back even a bit, you can see nearly all human behavior encapsulated by basic primatology.  If you know how the various monkeys and gibbons and gorillas and chimpanzees behave‒especially their commonalities‒human behavior almost always fits right in.  It’s usually not even very atypical.

That doesn’t make the specifics of behavior very easily predictable in any given case, necessarily; then again, we understand an awful lot about the weather and the climate, but the specifics of tomorrow’s weather are tough to predict precisely and accurately, let alone next week’s weather.  Nevertheless, the physics of longer term climate effects of certain kinds of atmospheric gases is almost trivial.

Anyway, humans are too annoying to be very interesting, except in special circumstances.  In this, they are perhaps a bit like cockroaches.  From the point of view of a scientist who studies them, they can be interesting, and from just the right angle and with the right detachment, they can even be beautiful (or some of them can).  But overall, they are merely large masses of highly redundant little skitterers, just doing their shit-eating and reproducing and infesting almost every possible location.

Which type of creature did I mean to describe just now?  See if you can figure it out.

Of course, on closer scales, cognitive neuroscience and neurodevelopment and related stuff, such as “neural” networks, “deep” learning, and other such areas are fascinating.  One thing interesting about them is how all the things that brains and computers and so on are and do are implicit in the laws of physics‒clearly they are some of the things that stuff in the universe can do‒and yet, for all we know, they have only ever happened here, just this once in all the vast and possibly infinite cosmos*.

And for all we can tell, given the human proclivity to plan about 20 Planck units ahead and then after that trust to luck, this could be the only place they occur, and their time will not continue much longer, certainly not on a cosmic scale.

I could be wrong about that…except in the sense that, since I am stating it merely as one of the possibilities, I am not actually wrong at all.  Even if humans do survive into cosmic time scales and become cosmically significant, it will still not be easily debatable that it could have happened that humans would go extinct and would fail to go anywhere but Earth.

Of course, depending on the question of determinism, I suppose one could say that if humans (or their descendants) become cosmically significant then there literally was nothing else that could have happened, at least as seen from outside, at the “end”.

On the other hand, if Everettian quantum mechanics is the best description of the fundamental nature of reality, then in some sense, every quantum possibility actually happens “somewhere” in the universal quantum wave function, though those variations may not include all conceivably possible human outcomes.

Some things that seem as though they should be possible may simply never happen to occur (or occur to happen?) anywhere in the possible states of the universe.  That feels as though it should be unlikely, given how many possible states can be locally evolved in the quantum wave function, but I don’t think we know enough to be sure.

Okay, well, I vaguely hope that this has been mildly interesting and perhaps thought provoking.  It would be enjoyable to get more feedback and thoughts, but I don’t have a very large readership, and only a certain small percentage of people ever seem to interact with written material in any case, so I’m probably lucky to get the feedback that I get.

TTFN

*With the inescapable caveat that, if the universe is spatially and/or temporally infinite, and if as it seems there are only a finite number of differentiable quantum states in any given region of spacetime (the upper limit of which is defined by the surface area of an event horizon the size of the given region) then every local thing that happens, and all possible variations thereof, “happen” an infinite number of times.  But given that all these regions are more or less absolutely physically distinct and incapable of “communicating” one with another, they can be considered isolated instances in a “multiverse” rather than parts of the same “local universe”.

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Are gravity and frivolity truly opposites?

It’s Wednesday morning (not quite five o’clock yet) and it is February 25th.  There are only ten more shopping months until Newtonmas*.

For those of you who don’t know (and as a reminder for those of you who do know) Isaac Newton was born on December 25th, 1642 (AD**).  Now, there is a parenthetical here:  Newton was born on December 25th by the Julian*** calendar, which was the one used in England at the time of his birth.  By the Gregorian**** calendar, Newton would have been born in early January of 1643.

This might seem to imply that December 25th nowadays shouldn’t be considered Newtonmas, but of course, it’s a closer fit than celebrating the birth of Jesus on that day; supposedly, biblical scholars have found that Jesus was probably born in the summer or something.  As with many things, “The Church” appropriated the popular holidays celebrating the winter solstice and grafted Christian religious significance onto it.

There’s nothing particularly bad about that.  All these holidays and divisions of the year are fairly arbitrary (though celebrating solstices and equinoxes is common enough in multiple cultures, which makes sense because these are objective events in any given year that can be noticed by any culture that is paying attention).

The length of a year is a concrete, empirical fact, as is the length of a day and the length of a lunar orbit around the Earth.  None of them are straightforward multiples of each other, unfortunately‒they are waves that are not harmonically associated with each other.

I don’t know how long it would take for their “waves” to come back into some primordial alignment and “start over”, but it’s probably moot, because the length of a day and of a lunar orbit and of the orbit of the Earth are changing slowly.  The moon, for instance, is moving steadily (but very slowly) away from the Earth over time, and so its time of orbit is increasing (since things that orbit farther away orbit more slowly).

I think Kepler’s third law was/is that the period of a planet’s orbit around the sun is proportional to the 3/2 power of the length of the semimajor axis of its orbit.  I’m not sure if that exact power holds up on the scale of, say, the lunar orbit, but the laws of gravity are as universal as anything we know.  Indeed, there are materials that are opaque to light, but as far as we know, there are none that are opaque to gravity.  Gravity is nevertheless constrained by the geometry of spacetime, so orbits will always slow down at a faster rate than the distance from the center around which a mass orbits increases.

The inability of anything we know of to block gravity is one thing that makes me take seriously the notion that, at some level, there could be more than three spatial dimensions.  If gravity is not confined to three dimensions then nothing that is so confined could stop it; it would merely flow around any obstacle (maybe gravity waves, for instance, can even diffract around matter and energy, though that might not imply higher dimensions).

This is related, indirectly, to the fact that it is impossible to tie a knot in a string in 4 or higher spatial dimensions.

By the way, having those extra spatial dimensions curled up tiny, as is usually presented in depictions of the notions of string theory, is not the only way for them to exist and be undetected.  If most of the forces in the world we know‒the electromagnetic, the strong force, the weak force, and the various matter-related quantum fields‒are constrained to a 3-brane because their strings are “open-ended”, then we could live in a 3-brane (in which all other forces, including matter, are confined) nested in a higher-dimensional “bulk”.  Gravity could be conveyed by a “looped” string, which could pass through the 3-brane, interacting but not being confined to it.  This could also explain the comparative weakness of the gravitational force and might even explain dark matter (and why it is so difficult to detect).

This sounds extremely promising, maybe, but there are issues and hurdles, not the least that strings and higher spatial dimensions are very difficult to detect, if they exist.  Also, it’s very hard to pin down all the implications mathematically in a useful way.

I remember one lunch break when I was still in medical practice when I tried to see if I could work out mathematically if “dark matter” could be explained by a relatively nearby, parallel brane-universe (it would probably be more than one, but one was difficult enough) whose gravity spills over into and overlaps the gravity of our brane-universe.

Here’s a sort of reproduction of some of the scribbling I did then:

Unfortunately, though I could visualize what I was considering and get an intuitive feel for what the math would be like, my precise mathematical skills were just not up to the task of sorting it out rigorously.  Also, of course, lunch was not long enough, and I had many other things on my mind.  Anyway, findings like the “bullet cluster” provide some fairly strong evidence that “dark matter” is something physical within our three dimensions of space.

Okay, that’s enough for today.  I’ve managed not to talk about my depression and stress and self-destructive urges/wishes (except just now, of course), so I hope you’re pleased to have had those things cloaked from you today.

Take care.

*Working out the exact number of days, I think I figured that it was 302.  December 25th is 7 days before New Years, so it’s day number 358 in the (non-leap) year.  And today is the 25th day of the second month, and January has 31 days, so today is day 56 of the year.  And, of course, 358 – 56 = 302.

**Why not my usual “AD or CE?”  Because at the time, in England, it was just “anno domini”.

***Named for Julius Caesar, though as far as I know, he had no more to do with actually formulating that calendar than he had with the invention of the 7th month.  As far as we know, he wasn’t even born by the then-existing version of Cesarian section, which was more or less always fatal to the mother, and his mother lived well beyond his birth.

****Named after Pope Gregory XIII, also known (by me) as Pope Gregory Peccary*****.  He did not formulate the newer calendar, but supposedly he at least commissioned the Vatican astronomers to create it when it had become obvious that the Julian calendar was not quite tracking the actual year but was overshooting over a long period of time.  So, the Gregorian calendar is better named than the Julian calendar, or so it seems to me.

*****The nocturnal, gregarious wild swine.

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Man overboard

As the real weekends go, it was better than most, to paraphrase The Wreck of the Edmund Fitzgerald.  By this, I’m referring to this last weekend, the two days before this day, of course.

I did not work on Saturday, which is good, because that would have been the third time in a row.  I also got to hang out with my youngest on Saturday, and we watched about four episodes of Doctor Who together, which was good, good fun.  I cannot complain about that in any way.

I have though a weird, disquieting, sinking sort of feeling that it may have been the last time I will see my youngest, or maybe anyone else that I love.  It’s is not one of those reliable sorts of feelings, like those that lead one to new insights in science or mathematics or what have you.  It’s probably more a product of depression and anxiety, the feeling that anything good in my life is sure not to last, if it happens at all, because I do not and cannot possibly be worthy of anything good happening to me.

Is that irrational?  Of course it is irrational.  It cannot be expressed in any sense as the ratio of two whole numbers, no matter how many digits they may have.

Wait, wait, let me think about that.  My thought, my feeling, was expressed above finitely.  That is, of course, a shorthand for what is really happening, but even if one were to codify those processes down to the level of each molecular interaction that affects any neural/hormonal process that contributes to my feeling, we know that must be a finite description (though it could, in principle, be quite large).

Even if we’re taking the full spectrum of quantum mechanics into account when describing my mental state, we know that quantum mechanics demands a minimum resolvable distance and time (the Planck length and the Planck time) below which any differentiation is physically meaningless.

A finite amount of information can describe the events and structures and processes in any given finite region of spacetime.  In fact, the maximum amount of information in any given region of spacetime is measured by the surface area (in square Planck lengths) of an event horizon that would span exactly that region, as seen from the outside*.

Any finite amount of information can be encoded as a finite number of bits, which can of course be “translated” to any other equivalent code or number system.  So, really, though the contents of my mind are, in principle, from a certain point of view, unlimited, they are finite in their actual, instantiated content, and can therefore certainly be expressed as an integer, and thus also as a ratio (since any integer could be considered a ratio of itself over one, or twice itself over two, etc.).

So, in that sense, my thoughts are not irrational.  Neener, neener, neener.

In many other senses—maybe not the literal, original sense, but in the horrified, cannot accept that not all numbers can be expressed as ratios of integers because that makes the universe too inconceivable, sense, among others—I can be quite irrational.

It’s very difficult to fight one’s irrationality from the inside, alone.  Even John Nash didn’t really beat his schizophrenia from within as shown in the movie version of A Beautiful Mind.  Also, his delusions in real life were far more extravagant and bizarre than those which appear in the sanitized version that made a good Hollywood story.

If one escapes from mental illness from within, one has to consider it largely a matter of luck, like a young child who doesn’t know anything about math getting a right answer on a graduate level, high order differential equation problem.  It’s physically possible; heck, if it were a multiple choice question, it might even be relatively common***.  But it’s not a matter of being able to choose to do it right and to know how it was done.

Severe mental health issues are going to need to receive assistance from outside, almost always.  This is not an indictment of them or of the need for help.

Surely, someone who has been swept off the deck of a ship by a rogue wave cannot be faulted for needing help from those still on the ship of they are to survive.  It would certainly seem foolish and almost inevitably fruitless if such a person tried to claw his way up the side of the ship to get back on board when there is no ladder and no handholds.  He should certainly not be ashamed that he cannot swim hard enough to launch himself bodily from the water and back onto the surface of the vessel.

One cannot reasonably fault such a person for trying to do the superhuman.  A person might try to do practically anything rather than drown or be eaten alive by some marine predator.  But, of course, barring an astonishing concatenation of events such as the time-reverse of the splashing entry into the ocean happening and sending the person out of the sea just as it was entered, such efforts will not succeed.

And though it might be heartening or at least positive for one to receive encouragement from those still on the deck—don’t drown, keep treading water, you can do it, you’ll make people sad if you drown, you deserve to stay afloat, I’m proud of you for treading water yet another day, it’ll get better, this won’t last forever, you’ve made it this far so you know you can keep going, you don’t want the people who know you to feel sad because you drowned, etc.—in the end it might as well come from the seagulls waiting to pick at one’s floating corpse.

Mind you, certain kinds of words can be more useful than others.  Words like, “Hey, around the other side of the ship there’s a built-in ladder; if you can get over there and time things right, you might be able to grab the lowest rung when the waves lift you, and then climb up,” might be useful because they are directions for using real, tangible resources that we know can make a difference.  Also, words like, “Hang on just a bit longer, we’re throwing down a life preserver on a rope so we can haul you up” would be useful, obviously, unless they were mere “comforting” lies.

Alas, though one could reasonably expect such literal assistance if one were washed overboard—the “laws” of the sea are deeply rooted in the hearts of those who work there, and they include a general tendency to help anyone adrift to the best of one’s abilities—when it comes to mental illness, the distress and the problems are difficult for others to discern and easy to ignore.  Calls of distress are often experienced as annoyances, and even treated with contempt, since those hearing them cannot readily perceive that they themselves might be similarly washed overboard at any time.

But, of course, they might be.

I don’t know how I got on this tangent, but I guess I never really do.  I just go where my mind takes me, and my mind is not a reliable driver.  It is, though, a reliable narrator.  It doesn’t matter, anyway.  Nothing does.

Anyway, here we go again into another work week, because that was what we did last week.  I wish I could offer you better reasons, but I’m really only good at breaking things down, destroying things, not at lifting anyone or anything up.  That comes from other regions and is conveyed by other ministers.

*From within an event horizon, the volume could be much larger than the spacetime that seems to be enclosed from the outside, because spacetime inside the horizon is massively curved and stretched.  It’s conceivable (at least to me) that there could be infinite space** within, at least along the dimension(s) of maximum stretch, just as there is infinite surface area to a Gabriel’s Horn, but only finite volume.

**See, mathematically, one can stuff infinite space inside a nutshell.  Hamlet was right.  He often was.

***Perhaps this explains why certain types of mental health problems can respond well to relatively straightforward interventions, and even to more than one kind of intervention with roughly comparable success, e.g., CBT and/or basic antidepressants and such.  These relatively tractable forms of depression are the “multiple choice problem” versions of mental illness.  This does not make them any less important.

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May the slope of your pain function always be negative

I’ve been thinking about something I wrote in my blog post yesterday.  I had thrown out the thought, in passing, about how it seemed as though all the things in my life that I still do are not things I necessarily do for joy or out of desire to achieve some goal, but rather they are things which are more painful not to do than to do, and so I do them.

There isn’t really a positive motivation—not the pursuit of happiness or improvement or fulfillment or enrichment.  It’s just that the feeling of stress and tension and anxiety (or whatever) regarding the prospect of, for instance, not going to work rapidly becomes worse than the equivalent feelings about going to work.

That’s not a great state of affairs.  Don’t get me wrong; it’s entirely natural.  I’ve written about this many times, this recognition of the fact that the negative experiences—fear, pain, revulsion, disgust, and so on—are the biologically most important ones.  Creatures that don’t run from danger, that don’t avoid injury, that don’t shy away from potential infection and poison, are far less likely to survive to reproduce than creatures that do those things.

We see clinical examples of people lacking some of these faculties—such as those with congenital insensitivity to pain—and while we might envy them a life without agony, it tends to be quite a short life.  Also, they tend to become immobile and deformed due to damage they do to their joints by not shifting position to improve blood flow.

In case you didn’t know, that’s one of the reasons you can’t stand completely still for very long; it’s not good for you.

But many of us, especially in the modern world, have some things that we do for positive experience.  Some of them are dubious, but food, sex, companionship/conversation, singing, dancing, all that stuff, are positive things.  Unfortunately, positive experience cannot be allowed—by biology—to last too long.

As Yuval Harari noted, a squirrel that got truly lasting satisfaction from eating a nut would be a squirrel that lived a very short—albeit fairly happy—life, and would be unlikely to leave too many offspring.

Maybe this is what happens to some drug addicts.  Maybe they really do get satisfaction or at least pleasure from drugs—and maybe that is what ends up destroying them.  At some level, that’s not truly in question, is it?  People who are addicted to drugs forego other pleasures and other positive things, but perhaps more importantly, they fail to avoid many sources of pain and fear and injury.

The reality is probably a bit of an amalgam, I suppose.  I would not say it’s a quantum superposition, though, except in the sense that everything is a quantum superposition (or, rather, a whole bunch of them).

This is one situation in which I think I’m right and Roger Penrose is wrong—a bold claim, but I think a fair one—in that I see no reason to suspect that the nature of consciousness either requires or even allows quantum processes, other than in the trivial sense that everything* involves quantum processes.  But there’s no reason seriously to think that (for instance) neurotubules can even sustain a quantum superposition internally, let alone that such a process can somehow affect the other processes of the neuron, many of which are well understood and show no sign of input from weird states of neurotubules, which act mainly structurally in neurons.

If deep learning systems—LLMs and the like—have demonstrated anything, it’s that intuitive thought** does not require anything magical, but rather can be a product of carefully curated, pruned, and adjusted networks of individual data processing units, feeding backward and forward and sideways in specific (but not necessarily preplanned or even well understood) ways.  No quantum magic or neurological voodoo need be involved.

I think too many people, even really smart people like Penrose, really want human intelligence to be something “special”, to be something that cannot be achieved except within human heads, and maybe in the heads of similar creatures.  Surely (they seem to believe) the human mind must have some pseudo-divine spark.  Otherwise, we oh-so-clever humans are just…just creatures in the world, evolved organisms, mortal and evanescent like everyone and everything else.

Which, of course, all the evidence and reasoning seems to suggest is the case.

Maybe, deep down, there isn’t much more to life than trying to choose the path from moment to moment that steers you toward the least “painful” thing you can find.

Please note, I’m not speaking here about some metaphorical continuum, some number line that points toward pleasure in one direction and pain in the other.  That’s at best a toy model.  In the actual body, in the actual nervous system, pain and fear and pleasure and motivation are literally separate systems, though clearly they interact.  Pleasure is not merely the absence of pain, nor is pain merely the absence of pleasure.  Even peripherally, the nerves that carry painful sensations (which include itching, as I noted yesterday!) use different paths and different neurotransmitters than the ones that deal in pleasure and positive sensation.

Within the brain, the amygdala and the nucleus accumbens (for instances) are separate structures—and more importantly, they perform different functions.  There’s nothing magical about their locations in the brain or the particular neurotransmitters they use.  Those things are accidents of evolutionary past.

There’s nothing inherently stimulating about epinephrine, and there’s nothing inherently soothing about endorphins or oxytocin, and there’s nothing inherently motivating or joyful about dopamine and serotonin.  They are all just molecular keys that have been forged to open specific “locks” or activate (or inactivate) specific processes in parts of other nerve cells (and some other types of cells).  It’s the process that does the work, Neo, not the neurotransmitter.

This brings up a slight pet peeve I have about people discussing “dopamine seeking” (often when talking about ADHD).  I know, the professionals probably use this as a mere shorthand, but that can be misleading to the relatively numerous nonprofessionals in the world.  The brain is not just a chemical vat.  Depression and the like are not just “chemical imbalances” in some ongoing multi-level redux reaction or something, they are malfunctions of complicated processes.  Improving them should be at least as involved as training an AI to recognize cat faces, wouldn’t you think?

But one can do the latter without really knowing the specifics of what is going on in the system.  It’s just sometimes difficult, and the things you think you need to train toward or with often end up giving you what you didn’t really want, or at least what you didn’t expect.

Maybe this is part of why mindfulness is useful (it’s not the only part).  With mindfulness, one actually engages in internal monitoring, not so much of the mechanical processes happening—no amount of mere meditation can reveal the structure of a neuron—but of the higher-scale, “emergent” processes happening, and one can learn from them and be better aware.  This can be an end in and of itself, of course.  But it can also at least sometimes help people decrease the amount of suffering they experience in their lives.

Speaking of that, I hope that reading this post has been at least slightly less painful for you than not reading it would have been.  Writing it has been less painful than I imagine not writing it would have been.  That doesn’t help my other chronic pain, of course, which continues to act up.

*With the possible exception of gravity.

**I.e., nonlinear processing and pattern recognition, the kind many people including Penrose think cannot be explained by ordinary computation, a la Gödel’s Incompleteness Theorem, etc.

 

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That was a weird tangent dot com?

Well, it’s Friday, the 30th of January.  We’re almost done with the first month of the year (2026).  Has it been an auspicious month?  Has it been inauspicious?  I suppose the answer to such questions will vary from person to person depending upon how their personal month has gone.  And I suppose that points toward the notion that actual auspices are certainly not any kind of reliable indicator of how the future might go, at least not without great care to separate true patterns from false ones.

On the other hand, it’s not entirely mad to try to draw some potential conclusions about the near future from what’s happening in the present and what has happened in the recent past.  That’s one of the useful skills that’s available to minds that have the capacity to note patterns‒one can try to anticipate the future based on patterns one has noticed over time, and potentially, one can try thereby to avoid outcomes that are undesirable.

Of course, humans do tend to notice patterns that aren’t actually there a lot more than ones that really are there*.  This is usually‒probably‒related to the notion of the differential detriments of different types of errors:  It’s usually more useful to see potential threats that aren’t there than it is not to see potential threats that are there.

I think anyone who stops to think about such things will recognize that the first type of organism will be somewhat more likely to live long enough to reproduce than the second type, though they may be much less comfortable and content in the meantime.  Jumping at shadows can certainly be maladaptive, and too much of it can have a net negative effect on general outcomes, but not jumping at hyenas and lions (for instance) tends to be a very short-lived habit.

This goes back to my frequent talking point that fear, the ability (and it is an ability) to become alarmed and unhappy but energized and driven to fight or flee is going to be present in nearly every lifeform capable of movement over time.  Variations who feel less fear, or none, will not tend to reproduce as much because they are more likely to be killed in any given finite stretch of time, so whatever genetic makeup they have that leads them to lack a fear response, or to be prone to lack it, will not tend to propagate down the generations.

“Genetic makeup”, the term I used in that last sentence (go look, it’s there), made me think of a possible future technology in which people use some CRISPR-style techniques to achieve the effects that hitherto require the use of cosmetics.  They could insert genes into the cells of their cheeks, for instance, to lead them to have more pinkish pigment, or perhaps to make local blood vessels dilate for a nice blushing look, instead of having to use rouge (which is what I think the stuff is called that one applies to make one’s cheeks look pinker).  Or one could generate actual pigments in the cells of one’s upper eyelids, or increase the thickness of one’s eyelashes, all that sort of stuff.

Of course, doing this might entail risks.  Presumably, altering the genes of a given population of cells, even at the local level, could increase the risk of developing cancers, because one cannot perfectly control where genes will insert (at least not so far), and there will always be a chance of mucking up genes that regulate cell division rates.

Once one cell becomes more rapidly reproducing than its companion cells, it will tend to overpower them, in numbers anyway, over time***.  And with rapid and persistently higher rates of reproduction, there come more chances for new mutations to happen.  Those mutations that kill their cells obviously just go away more or less immediately.  Even the ones that revert their cells’ division rates back to “normal” will be quickly locally overwhelmed by the faster growing ones.  But a mutation that encourages even faster division/reproduction will quickly take hold as the dominant cell type, ceteris paribus.

And then, of course, this even more rapidly dividing population of cells will have that many more chances to develop mutations.  And so, down the line, given the billions of cells present in just one’s face, we find the chance for skin cancers to develop, once a cell line becomes so prone to reproduce itself that it cannot be constrained by any local hormonal or immune processes.

That was a weird tangent, wasn’t it?  Although, frankly, I could change the title of my blog from “robertelessar.com” to “thatwasaweirdtangent.com” and it would not be inappropriate.

I’ll finish up today with just some basic housekeeping style stuff:

I will probably not work tomorrow, so I will probably not be writing a blog post.  But if I do write one, it will show up here.  I will certainly not be sleeping in the office tonight, but I did sleep here last night.  I had a terrible day yesterday, pain-wise, and after work I went to the train station but the train was badly crowded and there were no relatively comfortable seats available, so I gave up and trudged back to the office.

I just felt worn out, and I feared that if I did go back to the house, I might not come to the office today.  And today is payday, of course, and Sunday is the first of a new month, so rent is due (Wouldn’t it be nice if rent was dew?  Maybe not if you lived in the Atacama Desert.  Though a little dew might be very strong currency there, come to think of it, relative to most of the rest of the world). 

Hopefully today will be a better day than yesterday with respect to pain.  So far, at least, it doesn’t feel any worse.  The hard office floor can help a bit sometimes with my back pain.  That makes a certain amount of sense, or at least it may do so.  After all, our ancestral environment did not include mattresses.

Anyway, that’s what I’m up to, that’s my life.  I mean that seriously.  That’s pretty much all there is to my life:  Getting up and getting to work (while writing a blog post), doing office stuff while dealing with noise and people and tinnitus, not getting long enough breaks because people seem incapable of watching the time, being the last to leave the office, commuting back to the house, trying to get at least a bit of sleep, and then repeating.  There appears to be nothing more than that coming my way until I’m dead.  Which, I think you might be able to understand, becomes more attractive and less frightening as the tedious, exhausted, and painful days go by.

I hope you all have a good weekend.  As for me, I hope at least to be able to sedate myself enough to have a longer-than-usual sleep tonight.  It’s not ideal (pharmacologically induced sleep being generally and significantly less beneficial than natural sleep), but it’s what I have to use.

*Think of the constellations**.

**Won’t someone please think of the constellations!?!?

***It’s like the difference between exponential functions. ab will grow much more rapidly**** when b is 3, for instance, than when b is 2 or 1.5 or 1.1, and so on.

****Stop looking at the negative side of the number line, dammit.  Just stipulate that a is always a positive number.  Or make the function the absolute value of ab, in other words, |ab|.

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Each new morn new widows howl, new orphans cry, new sorrows blog heaven on the face

Hello and good morning.  It’s Thursday (of course) and it’s also the 29th of January in 2026 (common era).  At least today’s date (the 29th) is a prime number, but other than that, nothing interesting about today’s date jumps out at me.

Not much interesting is jumping out at me about anything, come to think of it.  Not that there aren’t plenty of “interesting”* things happening in the US and the world at large; there are.  But they are largely just stress-inducing, and all too redolent of Yeats’s The Second Coming, i.e., “The best lack all conviction, while the worst / are full of passionate intensity.”  What rough beast indeed slouches its way toward Bethlehem to be born?

Meh.  It’s always been like that, though.  Peace and kindness in any populations are too easily infiltrated and spoiled by any freeloaders and parasites that come along‒on societal scales, these are often politicians as well as too many of the most wealthy individuals, though it would be foolhardy to say that they are all parasites or that they are the only ones.

In any kind of ecosystem that’s complex and productive enough, with enough thermodynamic “free energy”, there will be many means by which “life”** finds a way to garner resources and increase.  Some of these are generally useful and productive, the equivalent of green plants and earth worms and so on, creating or improving the resources that make the whole thing livable.

But when there are resources, and when there is a complex ecosystem (of any type) then predators (like the cows and horses and sheep that feed on the plants and then the other animals that feed on them) will evolve that prey ultimately on the primary producers, as well as parasites that just drain life from many levels of the system for their own benefit without providing anything that is useful for any other creatures.  There are also symbiotes of various kinds, instantiating various forms of mutual exchange to mutual benefit.

Of course, every living cell‒each of the tens of trillions in every human body and the bodies of all other eukaryotes on Earth‒is a symbiote, really.  The mitochondria (and chloroplasts when applicable) and probably other organelles were separate life forms that long ago took up and adapted to residence within other cells and have never left, to the benefit (in the “short term” at least) of all multicellular life forms.  And, of course, those life forms themselves are each massively symbiotic systems of countless cells.

But, unfortunately, even a life form that originated from a single ancestral cell‒and this applies not merely to each individual organism but to life on Earth as a whole‒can produce parasites that drain and ruin things for the rest.  Think of cancer, here, when applying the concept to “individual” organisms.

And even otherwise sensible and useful parts of an organism can experience a kind of mission creep that ends up making them detrimental to the whole.  Think of autoimmune diseases, or analogously, some of the judgmental and self-righteous excesses of the left that have caused their electability to deteriorate, allowing the already mutated cells on the right (which has seen its own healthy functions overwhelmed by its own cancers over time) to overgrow to general detriment.

Of course, cancers and severe autoimmune diseases and the like will end up destroying themselves, but they are prone to take the organism down in the process, and then all that will be left finally is a decaying corpse.  Am I speaking literally or metaphorically?  Yes, I am.

I know humans tend to think of themselves‒when they think of such things at all, or indeed, when they think at all‒as somehow different, separate, special, other than the various levels and stages and types of life and interactions.  They are not.  It’s just very difficult for them even to think to look at themselves dispassionately, as if from above and outside.

Of course, they are different from all the other things in reality‒as is everything else.  Everyone is “special”, which is just another way of saying no one is***.

If and when humans actually develop a civilization that goes beyond Earth and out into the greater cosmos to become significant at a galactic scale or higher, and in a durable way, I will recognize them as something special****.

Until then, nothing humans have done has really been much different qualitatively than ants making hills and termites making mounds and bees making hives.  Even the various space probes and messengers and, yes, astronauts are not much different than the scouts that bees “send out” to look for new sources of pollen and nectar.

Humans really could stand to develop a greater sense of humility.  I strongly suspect that they would do much better that way in the long run.

I don’t have high hopes for them, unfortunately.  But then, I don’t tend to have high hopes about much of anything.  That may be due to some degree of insight on my part, or it may be just the way my mind tends to work, or there may be other possibilities or combinations thereof.  In any case, I often find humans in general‒with noteworthy exceptions‒utterly exhausting and disgusting and pathetic.

But humans are not the only creatures that merit such reactions.  They are merely, for the moment, the most consequential ones to me.  Saddle me with an infestation of cockroaches or a swarm of mosquitoes or a massive overgrowth of mold and/or mildew, and I will be at least temporarily distracted from my (sad and disappointed) contempt for humans, and to some degree for everything else.  It will not, however, make that feeling go away.

The universe as a whole and in its parts is so noxious as to be barely, if at all, tolerable.  It doesn’t have to be that way.  But I suspect it always will be that way, at least unless and until the whole shmear evolves into a state of uniform, maximal entropy with no free energy and so no dynamic processes beyond those required fundamentally by quantum mechanics.

Oh, well.  I guess I can check out any time I like, and‒unlike the case with the Hotel California‒I can thereby leave.

I hope you all have a good day.

TTFN

*In the sense as used in the old curse, “May you live in interesting times.”  Or, as I have said many times in the past, one should try never to be interesting to one’s doctor.

**This can be literal, or it can be metaphorical‒businesses, nations, ideologies, etc., can be what we are considering when we say “life”, but many of the same patterns hold at every scale.

***Props to Dash from The Incredibles for this pithy insight.

****Or, well, if I am still alive then‒which seems unlikely‒I will so recognize them.

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Or art thou but a virus of the mind, a false creation?

It’s Tuesday, January 13th, 2026 (CE or AD) as I write this.  I’m aware of no superstition in which Tuesday the 13th is either particularly unlucky or particularly lucky.  It’s just a day, even though it’s the 13th.  There are 13ths in every month, after all, though 31sts are another matter (it’s another prime number and is also a palindrome, if you will, of the 13th).

I do somewhat enjoy the fact that the numbers in the (American) expression of the date are: 01-13 and 2026.  Taking non-zero digits only of the month and century only would give us a situation in which the digits of the second half‒2, 2, and 6‒are twice the digits of the first half‒1, 1, and 3.

That’s quite tortured, I know, as far as finding patterns in numbers goes.  At least I’m just doing this for fun, because I enjoy such patterns.  I don’t see any real meaning in them other than “numbers are cool”.  But there are people who believe there is a deeper meaning in such number patterns, like some secret cypher left there by the gods.  It’s rather silly.  But it is of such mistaken attribution to purpose of mere random patterns that religions (and constellations) are made.  More’s the pity.

I have a bit of sympathy for our distant ancestors who first were left to make “meanings” of the various patterns and events they discerned among the various forces in the world with their big, advanced brains but couldn’t yet explain well.  So, they made up stories, and those stories involved the forces of nature being enacted and designed by “people” or sometimes just one “person”.  People were what they knew best.

It’s understandable.  It’s also just wrong (certainly as far as I can tell), as are most initial hypotheses.  Unfortunately, other people respond to those who speak with confidence, whether that confidence is warranted or not*.  And so, they believe.  And like viruses (which are just a kind of self-replicating data, after all) the superstitious ideas are able to use the machinery of human minds to reproduce themselves‒not because they want to reproduce themselves, but because the ones that tend to reproduce themselves tend to multiply, and even to mutate to greater reproduction and persistence and so on.

In case it’s not clear, I am not speaking metaphorically here.  This appears to be the way that religions and other ideologies occur and propagate.  There are, of course, many details at the level of individuals and why they are prone to absorb and then to pass these memeplexes on, either “horizontally” or “vertically” or both.

But there are similar such details in how specific viruses spread.  Does COVID latch onto this or that cell surface protein or glycopeptide?  Does it reproduce in this particular cell type better or another one?  Does it lead to sneezing or coughing in its host, thus making it airborne, or does it induce vomiting and/or diarrhea, making it more food or water borne, or does it reproduce in the organs of reproduction, leading it to be mainly sexually transmitted?  The details matter in dealing with specific viruses, but the pattern of origin and spread and mutation is general.

From these patterns, we can understand (for instance) why rapidly and aggressively lethal viruses tend to be replaced by more sublethal ones:  if your host dies too quickly, you don’t get as many chances to spread.  This requires no intentionality on the part of the virus.  It requires only the logic of replication, in which successful replicators tend to spread more than less successful ones and so come to dominate.

The competition requires no consciousness.  Similarly, religion does not require the existence of any actual deity to be able to cause people to believe in one.  And a religion’s prevalence doesn’t imply that it is correct, only that it is contagious and/or persistent but not instantly lethal.

We see cases of new and/or mutated mind viruses (religions in this case) that are indeed too virulent and so fail to become endemic,  Think of Jonestown, or the Branch Davidians, or Heaven’s Gate (and possibly Trumpism, but we shall see).

It’s possible for a virus that has existed in a body unnoticed or with minimal symptoms and signs for years or decades to respond to changes in the circumstances of its body by becoming more virulent again‒think of shingles (Zoster) the recrudescence of Chicken Pox (Varicella), or the horrible flare-ups (flares-up?) of some chronic hepatitides.

Similarly, just because the human race has endured so far with reasonable success despite being infected with various competing and mutually contradictory memeplexes does not mean it will continue to do so.  Certain of these mind virus variants have the clear potential to lead to globally life-threatening symptoms, and more than one shows signs of doing so.

But why would a virus, whether of the mind or of the body, do things that would lead to the destruction of the host it inhabits, and thereby itself?  That question misses the point***.  Viral evolution (like all such evolution) has no capacity to plan for the future.  It may seem that viruses mean to spread themselves, but that’s only because the ones that don’t tend, by their nature, to spread themselves don’t become prevalent; they don’t spread.

On the other hand, those that have, by chance, comparative advantage in terms of replication tend to replicate more and thus become more prevalent.  And if they mutate (which they will, see my point yesterday about how copying is never perfect) then those mutant forms that are more prone to replicate will replicate more, and of course, those mutants that have decreased the tendency to replicate or that destroy the host do not persist.  There’s no need for purpose; causality is enough.

This post is getting a little long for today, so I’ll draw it to a close.  I could say more on this subject and how the concept of the non-random survival of randomly varying replicators explains far more than just the literal evolution of life, but can provide insight into so much more, so many things.  Darwin was a mightier mind than he could ever know, or at least he came upon an idea that is more powerful than nearly any other that science has found.

Think on that, and be amazed.

*We’re living through some consequences of humans’ stupid tendency to trust people who convey confidence and certainty, even while telling patent lies.  Maybe we should hope for global thermonuclear war.  If humans survive it, maybe they would finally learn from that dreadful lesson**.

**But I doubt it.

***So why did I raise it?  For rhetorical purposes, though I have real discomfort with and distrust of rhetoric, it being one of the things that can help virulent mind viruses spread.

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There’s an infinity that shapes our ends, despite having no end itself

It’s Friday now.  It will in fact be Friday now until midnight tonight, local time.  Indeed, one could argue it will be Friday now until finally midnight strikes at the international date line, when this Friday will finally be gone from the entire Earth, forever.  So, though as a matter of physics there is no universal “now”, and even for individuals, the “now” is an evanescent thing, a constantly moving and infinitesimal single frame of the movie of one’s existence, nevertheless that “now”, for me and for most others on Earth, will still be Friday for some time.

How many such “nows” are there, even for one individual?  Well, that depends a bit.  If the Planck time (5.39 x 10-44) is just an artifact of our lack of complete knowledge or ability to calculate, and time is truly continuous, then there is an uncountable infinity of such “nows” in any given day, or indeed in any given hour, or in any given second, or in any given picosecond, or indeed, in any given Planck time*.

Such is the nature of the uncountable infinity, as in the case of the real numbers:  between any two numbers, no matter how arbitrarily close you want to make them (as long as they are not identical) there is an uncountable infinity of numbers, larger than the number of possible quantum states in the visible universe, larger than the “countably” infinite number of integers.  In fact, that uncountable infinity between any two such real numbers is as large as the uncountable infinity of the set of real numbers itself, of which it is a subset.

Infinities are weird.  You need to be careful with them.  I doubt that contemplating them has actually driven anyone to madness‒though it’s easy enough to imagine that it might exacerbate depression‒but maybe minds somewhat prone to madness are more likely than others to contemplate infinities in the first place.  In any case, contemplating them can put other things into perspective.  For instance, no matter how arbitrarily large a number you might pick, it is just as far from infinity‒even the boring old “aleph nought” infinity‒as is the number one.

An interesting thing to contemplate is that, if you could pick a truly random number from, say, all positive integers, you would almost certainly get some number far huger than any number ever named or contemplated by humans, larger than a googolplex, larger than Graham’s number, larger than TREE(3), larger than the time required for a Poincare recurrence of the cosmos.  Graham’s number (for example) is big; the information required to state it precisely, if contained within the space equivalent to a human brain, would cause that space to collapse into a black hole!  But Graham’s number is nevertheless finite, and so there is a finite number of positive integers lower than Graham’s number but an infinite number of them larger than it.

It’s interesting to note the related fact that the chance of you randomly picking any particular integer is mathematically equivalent to zero‒so I’m told‒and yet you will pick some number.  Let that bake your noodle for a bit.

By the way, when I earlier compared the moments between two points in a continuous time stream to the number of possible quantum states in the visible universe, I was being a bit contradictory.  After all, our designation of the maximum number of possible states in a given enclosed region of spacetime‒which is “equivalent” to the number of square Planck lengths (each such square being 1.6 x 10-35 meters, squared, or 2.6 x 10-70 square meters) in the surface area of a sphere surrounding such a region**‒is based on quantum mechanics, and thus implicitly entails time being only sensibly divisible down to the scale of the Planck time.  So comparing that to a continuous time is comparing two fundamentally incompatible realities.

Oh, incidentally, I’m writing this post on my smartphone today.  I just didn’t feel up to bringing the lapcom with me yesterday, and I didn’t expect to write any on The Dark Fairy and the Desperado today.  I did, however, have a bit of a thought, as I’m prone to do when conscious, whether I want to do it or not.

That thought was that, perhaps, I can try to write my blog posts in the evenings‒on the way back from work, say‒but set them up still to be published the following morning and work on fiction in the morning.  Writing fiction seems to give me a boost, mental health-wise, when I do it in the morning.  It’s quite ego syntonic, as they say, or at least it seems to be.  But I don’t really want to stop writing this blog.  Then I’d just be floating in the void all alone, writing fiction that I like but that almost no one else will ever read.  That is a discouraging thought.

In any case, I don’t think I’ll be writing a post (for) tomorrow, since I don’t think I’m going to be working tomorrow.  If I am, and if I cannot get out of it, I guess I will write a post, and it will likely be a grumpy one if it happens.  But I may start next week writing the following day’s blog post on the evening before and doing fiction in the morning.  One good aspect to writing fiction in the morning is that the initial writing and the editing process are separate.  I don’t have to edit what I write each day on that day, which I have to do with this blog.

We shall see what happens.

In closing, I leave you with this juxtaposition of two notions:

*If time is not sensibly divisible even in principle below the Planck time, then the maximum number of “nows” in a given day is just 24 hours divided by the Planck time, or about 1.6 x 1048 “nows”.

**See Bekenstein-Hawking black hole entropy calculations and the Holographic Principle.

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The moving finger writes, and having writ, now must edit

This is it:  my last blog post of 2025 (barring some truly unexpected circumstances).  I will probably be writing a post tomorrow, because I think we’re going to be working tomorrow, despite the fact that it will be New Year’s Day, and a stunningly large fraction of the people of the world will be hung over or otherwise exhausted from ringing in the New Year.

I suspect New Year’s Eve/Day is the most widely celebrated holiday in the world, far surpassing the numbers who celebrate any mere religious holiday.  Since the world in general uses the same “Gregorian”* calendar, it’s a rare commonality for the human race, and worth celebrating.

If only they could work on finding more things in common, since after all, they have almost everything actually in common with each other.  And yet, they focus on trivial cultural or superficial differences and battle viciously over them, as if they were fighting truly alien beings.  Talk about your narcissism of small differences.

Humans are so stupid.  The more of them there are, the stupider, somehow, as though the lowest common denominator tends always to dominate the dynamics.  It’s like Tommy Lee Jones’s character said in Men In Black:  a person is smart, but people are dumb, panicky, dangerous animals, and you know it.

That isn’t always the case, obviously.  Humans have accomplished great things in large groups, interacting with mutual exchange to mutual benefit (or not so mutual benefit), but that probably only happens in rarefied circumstances, discovered or arranged by luck or by the skill of one or a few who are cleverer than average, and sustained thanks to a form of natural selection.

Because of the sheer power of such organizations of people, those rare few types of interactions can endure for tremendous lengths of time and be astonishingly effective and broadly prevalent.  This can distract one from the fact that the ideas were so singular and ingenious.

Money, for instance, has been invented more than once, but it’s a relatively low-hanging and particularly nutritious fruit, allowing as it does for the far more efficient exchange of goods and services to (ideally) mutual benefit.  Of course, commerce can be cheated and can thereby become nonproductive or even counterproductive, especially if one or a few entities obtain disproportionate wealth and power.  This sort of selection for detrimental equilibria happens in the world of biology as well.

Imagine a football game in which, every time one team scores, that team gains an extra player and the other team loses one.  Once one side takes the lead, they’re likely to keep it and increase it, making them ever more likely to maintain their dominance.  It can make for a pretty boring and not very productive game.  Such a situation is worth avoiding, even if you happen to be on the winning team.

Written language is, of course, the single most important human invention‒more important than even the invention of language itself, though that was a necessary prerequisite, so the argument could be made that it is more important or at least more fundamental.  Thankfully, language is a different type of thing than money, so it’s not as easy to game it to secure an unreasonable advantage for any individual or group.

There is, of course, an often-used attempted strategy of discouraging or preventing literacy in some groups or one sex (always the same one, it seems) to keep them from gaining the power that written language can impart, but it can be harder to keep those systems in place than for a monopoly to maintain its economic advantage.

Still, even written language isn’t automatically self-protective.  It’s possible for misinformation and disinformation to spread and even prosper, at least for a time (such situations tend to self-destruct), and it can do terrible damage, much as mutations in somatic DNA can lead to cell dysfunction, cell death, and sometimes cancer.

Analogous things can happen to whole civilizations as well, and they have happened many times, but that’s no reason to blame language or learning.  One doesn’t prevent cancer by eliminating DNA itself or by killing the host organism (that does eliminate the cancer, but in an unsatisfying way).  Only better, more thorough thinking and language, the equivalent of DNA proofreading, can do that without catastrophe.

And I, by writing this post, try to contribute to the good language, the useful or at least interesting language, in the world.  I suspect I will continue to do so as the next year begins.  I hope you enjoy whatever celebrations you have in store.

*Though Pope Gregory the Whatever Number was merely the one who commissioned it.  Astronomers and mathematicians actually did the work.  We have some scientifically literate Popes nowadays, at least, and a Belgian priest was among the first to do rigorous mathematics using Einstein’s new field equations (though Friedman got there a little earlier, his work was apparently not as convincing) to demonstrate that the universe could not be static** based upon them.

**Leading Einstein to introduce Λ (lambda), the cosmological constant.  He later called this his biggest blunder (supposedly) but it turned out to be a useful and term and concept in describing the apparent evolution of the universe as we know it now.  Like Planck before him, even Einstein’s fudges*** were deeply insightful and useful.

***Speaking of Einstein, I recently got an email from my old med school alumni association with the subject line “You are responsible for Einstein’s success”.  To which I so wanted to reply, “I know, right?  But did he mention me in any of his papers or even throw me a word of thanks (in German or otherwise) in his acceptance speech when he got his Nobel Prize for demonstrating that light comes in ‘packets’ which we now call photons?  No!  Ungrateful bastard.”