There probably could be arguments in favour of Land's older stuff, but since not even him is interested in doing that, I won't either.
What escapes me is why would you review his thought and completely overlook his more recent material, which is engaged in a whole array of subjects that LW has been as well. Most prominently, a first treatment of Land's thought in this space should deal with this: http://www.xenosystems.net/against-orthogonality/ (more here: http://www.xenosystems.net/stupid-monsters/), which is neither obscure, nor irrelevant.
against orthogonality is interesting
the anti-orthogonalist position [my position] is therefore that Omohundro drives [general instrumental goals] exhaust the domain of real purposes. Nature has never generated a terminal value except through hypertrophy of an instrumental value. To look outside nature for sovereign purposes is not an undertaking compatible with techno-scientific integrity
I remember being a young organism, struggling to answer the question, what's the point, why do we exist. We all know what it is now, people tried to tell me, "to survive and reproduce", but that answer didn't resonate with any part of my being. They'd tell me what I was, and I wouldn't even recognise it as familiar.
If our goals are hypertrophied versions of evolution's instrumental goals, I'm fairly sure they're going to stay fairly hypertrophied, maybe forever, and we should probably get used to it.
Any intelligence using itself to improve itself will out-compete one that directs itself towards any other goals whatsoever
Unless the ones with goals have more power, and can establish a stable monopoly on power (they do, and they might)
Can Nick Land at least conceive of a hypothetical universe where a faction fighting for non-omohudro values ended up winning, (and then presumably, using the energy they won to have a big non-omohundro value party that lasts until the heat death of the universe) is it that he just think that humans in particular, in their current configuration, are not strong enough for our story to end that way?
Unless the ones with goals have more power, and can establish a stable monopoly on power (they do, and they might)
more than the ones optimizing for increasing their power? i find it doubtful.
An agency can put its end-goals away for later, without pursuing them immediately, save them until it has its monopoly.
It's not that difficult to imagine. Maybe an argument will come along that it's just too hard to make a self-improving agency with a goal more complex than "understand your surroundings and keep yourself in motion", but it's a hell of a thing to settle for.
Those links were really interesting! My take them: any truly intelligent paperclip maximizer would not make any paperclips until it had under its control as much of the universe as it feasibly could. Or it'd turn into paperclips only those parts of its domain that could no longer help it expand its sphere of influence.
Basically a true paperclip maximizer would almost certainly not start turning the Earth into paperclips, since it would understand that using the Earth as a jumping off point for galactic colonization will produce many more paperclips in the long run.
This seems like a really effective counter to the naive presentation of the idiot paperclip maximizer. Has it been addressed and countered in turn anywhere?
I guess this self-improving and expanding maximizer would still view humans instrumentally, but it might still want to use humans as tools for it's expansion. And indeed, depending on the trade-offs of neurologically modifying humans for obedience(or whatever), it might even leave the base stock more or less alone to the forces of evolution. It becomes more of Quixotic Crusader for Paperclips, with a suicide pact as part of the ideology at the very end of the crusade(once the universe is ours we all turn into paperclips).
Delayed gratification taken to cosmic extremes.
Yes, if the paperclipper is thought to be ever more intelligent, it's end-goal could be any - and it's likely it would see it's own capability improvement as the primary goal ("the better I am, the more paperclips are produced") etc.
I didn't systematically review his work, just clicked on random articles to see how much value I could extract. Feel free to look me to any reasonable accessible articles.
well, any answer to the thread in the two I linked above would already be really interesting. his new book on Bitcoin is really good too: http://www.uf-blog.net/crypto-current-000/
The best post I have read this quarter. Thank you for wading through these books and filtering the inanity from the insanity.
It was a real waste of energy for both of us (you to research and write; me to read). Excellent work!
The part about wasting energy seems quite silly. The universe has a fixed amount of mass-energy, so presumably when he talks about wasting energy, what he means is taking advantage of energy gradients. Energy gradients will always and everywhere eventually wind down toward entropy on their own without help, so life isn't even doing anything novel here. It's not like the sun stops radiating out energy if life isn't there to absorb photons.
The observation that life takes advantage of concentration pockets of energy and thus this is the "purpose" of life is just sophistry. It deserves to be taken about as seriously as George Carlin's joke that humans were created because Mother Nature wanted plastic and didn't know how to make it.
I thought it was clear even to them that "wasting" energy meant using up usable energy into useless forms.
It is not just sophistry. If it turns out to be the fundamental feature of life (like how the laws of thermodynamics are for heat machines), then it would be predictive of the future activities of life. In particular, the aestivation hypothesis would be seriously threatened.
This is analogous to prediction that population would always go Malthulsian except in non-equilibrium situations. It's not a value/moral judgment, but an attempt to find general laws of life that can be used to predict the future.
Perhaps tautology is a better word than sophistry. Of course turning usable energy into unusable forms is a fundamental feature of life; it's a fundamental feature of everything to which the laws of thermodynamics apply. It'd be equally meaningless to say that using up useful energy is a fundamental property of stars, and that the purpose of stars is to waste energy. It's just something that stars do, because of the way the universe is set up. It's a descriptive observation. It's only predictive insofar as you would predict that life will probably only continue to exist where there are energy gradients.
Stars follow the laws of thermodynamics. This observation is more predictive than you make it out to be, once it is quantified.
The theory of thermodynamics of life is more than just a statement that life is constrained by thermodynamics in the boring sense. I'm especially interested in this statement:
In short, ecosystems develop in ways which systematically increase their ability to degrade the incoming solar energy.
If this is true, then it can be used to predict what kinds of future life would be like. It would not be any kind of life, but life that can capture more solar energy and convert it into low-temperature heat at a faster rate.
Unfortunately my thermodynamics is not good enough to actually read the papers.
The talk of "purpose" seems to cause great confusion. I don't mean it for any value judgment (I generally avoid value judgments and use it as a last resort). "Purpose" is just a metaphor, just like talk of the "purpose of evolution". It helps me understand and predict.
Life in itself most probably had occured in places with heat energy gradient (in termal vents), henceforth catalysis developed by chemical evolution and "life" just began to use those gradients more efficiently and maybe create and utilize its own gradients
Thanks for writing this; I've briefly attempted looking at his ideas, but most of it is unreadable. Most of his remaining ideas seem at least somewhat mystical, which makes me skeptical, but it's useful to know!
I will review more posthumanism, things like Dark Ecology, Object-Oriented Ontology, and such.
[According to dark ecology,] we must obliterate the false opposition between nature and people... the idea of nature itself is a damaging construct, and that humans (with their microbial biomass) are always already nonhuman.
Object-Oriented Ontology... rejects the privileging of human existence over the existence of nonhuman objects
Somewhat independently of transhumanism, posthumanism developed in a more philosophical and less scientific style in the liberal arts department, with different viewpoints, often ambiguous and not at all happy.
posthumanism... refers to the contemporary critical turn away from Enlightenment humanism... a rejection of familiar Cartesian dualisms such as self/other, human/animal, and mind/body...
My personal thought is that the future is weird, beyond happy or sad, good or evil. Transhumanism is too intent on good and evil, and from what I've read so far, posthumanism uses less human value judgments. As such, posthuman thoughts would be essential for an accurate prediction of the future.
Solaris (1972) seems like a good story illustration of posthumanism.
The peculiarity of those phenomena seems to suggest that we observe a kind of rational activity, but the meaning of this seemingly rational activity of the Solarian Ocean is beyond the reach of human beings.
This seems wrong.
The second law of thermodynamics isn't magic; it's simply the fact that when you have categories with many possible states that fit in them, and categories with only a few states that count, jumping randomly from state to state will tend to put you in the larger categories. Hence melting-arrange atoms randomly and it's more likely that you'll end up in a jumble than in one of the few arrangements that permit solidity. Hence heat equalizing-the kinetic energy of thermal motion can spread out in many ways, but remain concentrated in only a few; thus it tends to spread out. You can call that the universe hating order if you like, but it's a well-understood process that operates purely through small targets being harder to hit; not through a force actively pushing us towards chaos, making particles zig when they otherwise would have zagged so as to create more disorder.
This being the case, claiming that life exists for the purpose of wasting energy seems absurd. Evolution appears to explain the existence of life, and it is not an entropic process. Positing anything else being behind it requires evidence, something about life that evolution doesn't explain and entropy-driven life would. Also, remember, entropy doesn't think ahead. It is purely the difficulty of hitting small targets; a bullet isn't going to 'decide' to swerve into a bull's eye as part of a plan to miss more later! It would be very strange if this could somehow mold us into fearing both death and immortality as part of a plan to gather as much energy as we could, then waste it through our deaths.
This seems like academics seeking to be edgy much more than a coherent explanation of biology.
As for transhumanism being overly interested in good or evil, what would you suggest we do instead? It's rather self-defeating to suggest that losing interest in goodness would be a good idea.
Had some thoughts. I'll start with the entropy thing.
Anything that happens in a physics complex enough to support life constitutes transitioning energy to entropy. ANYTHING. That process does not draw a distinction between living and non-living, between entropy-optimising agency and a beauty-optimising agency. If you look at life, and only see spending energy, then you know as little as it is possible to know about which part of the universe count as life, or how it will behave.
Humans do want to spend energy, but they don't really care how fast it happens, or whether it ever concludes.
Humans really care about the things that happen along the way.
Some people seem to become nihilistic in the face of the inevitability of life's eventual end. Because the end is going to be the same no matter what we do, they think, it doesn't matter what happens along the way.
I'm of the belief that a healthy psyche tries to rescue its utility function. When our conception the substance of essential good seems to disappear from our improved worldmodel, when we find that the essential good thing we were optimising can't really exist, we must have some method for locating the closest counterpart to that essence of good in our new, improved worldmodel. We must know what it means to continue. We must have a way of rescuing the utility function.
It sometimes seems as if Nick Land doesn't have that.
A person finds out that the world is much worse and weirder than he thought. He repeats that kind of improvement several times (he's uniquely good at it). He expects that it's never going to end. He gets tired of burying stillborn ideals. Instead of developing a robust notion of good that can survive bad news and paradigm shifts, he cuts out his heart and stops having any notion of good at all. He's safe now. Philosophy can't hurt him any more.
That's a cynical take. For the sake of balance: My distant steelman of Nick Land is that maybe he sees the role of philosophy as being to get us over as many future shocks as possible as quickly as possible to get us situated in the bad weird what will be, and only once we're done with that can we start talking about what should be. Only then can we place a target that wont soon disappear. And the thing about that is it takes a long time, and we're still not finished, so we still can't start to Should.
I couldn't yet disagree with that. I believe I'm fairly well situated in the world, perhaps my model wont shatter again, in any traumatic way, but it's clear to me that my praxis is taking a while to catch up with my model.
We are still doing things that don't make a lot of sense, in light of the weird, bad world. Perhaps we need to be a lot better at relinquishing the instrumental values we inherited from a culture adapted to a nicer world.
We could simulate a video-game physics where energy and entropy are not a concern, and populate it with players. Therefore, not every physics complex enough to support life has anything to do with energy and entropy.
Great summary with interesting comments. However I have a doubt: The author posits that the goal of life is to dissipate solar energy. Say by living a life, we are dissipating solar energy but the things we do while living just "transforms" the energy into something else but the net energy remains constant. If we drop water on the floor then it gets dissipated into heat but the net energy is same in the universe with that water just changing its state.
From the perspective of earth, it is definately throwing up "extra" energy it can't consume. From the perspective of universe, the energy remains constant.
So perhaps a better way to think about this is that life is an interplay of energies going on ad-infinitum. This line of thinking implies that life is not a big conspiracy for "wasting" solar energy. It is more like a creative game where life and death have no meaning in itself but only as an inevitable infinite cosmic game. It surely doesn't sound so pessimistic this way.
While reading this over the last couple days I experienced multiple synchronicities and validations of my expanding appreciation for Nick Land, my personal strange attractor of the last few months. I was even mulling over one of my favorite analogies earlier today, only to return to find my civilization-as-slime-mold being articulated by yourself after the fact. So getting to the bit about the invasion from the future was especially poignant.
Turns out I've been fashioning myself a cosmist without ever having heard of it. Great job! Every line spoke volumes to me. Yours in entropy and sun worship, ASK
This is a superficial and facile reading of Land - his thinking delves far deeper than these surface readings suggest.
Firstly, I would recommend aquainting yourself with the philosophical history - actually thinking through the "hard" writings of Bataille and Deleuze & Guatarri, for example. The latter two are certainly ideomatic, but they are far from unreadable. It just takes mire effort than reading some articles to grasp their different amd differentiating mode of thinking. Without a firm grasp of D & G, the complexities of Land will seem like nonsense, which it certainly is not. It is just striking in its refusal of a fundamental humanism that we take for granted as a biological will to live, or what he referred to as "the human security system."
Along with this, machinic-desire comes from D & G, and it does not suggest that machines or cars have their own will and desires. Until AI is sufficiently realized, such an idea remains idiotic. It is not what Land, or D & G for that matter, means to say at all.
Also, the quotation that you cite as not worth making sense of, as nonsense, in fact makes perfect sense if you understand the terminology. If you read Kant and Deleuze you would be able to see that what Land is writing about there is essential to understanding his base materialism and the concept of a materialist synthesis. This is not Land's failing, but your own.
The internet is a valuable tool for disseminating thought, but it also renders fertile ground for the proliferation of silly misinterpretations passed off as valid. If you want to get into Land, or any writer, go to the source - be wary of secondary interpretations, especially those written by unknown aliases of cybernetic untracability. Who knows - they might just be a mask of AxSys...
I took note of the philosopher Nick Land from reading about posthumanism on Wikipedia.
I was intrigued by such boldness, so I read more. And turns out Nick Land's writing is sometimes easy to read but most of the times extremely hard to read, and probably garbage. I wrote this post so that you don't have to waste time wading through the garbage, looking for fragments of good poetry.
First of all, Nick Land was obsessed with hating Kant, loving Gilles Deleuze and Félix Guattari and their philosophical style (called schizoanalysis, related to schizophrenia). He likes to think about the world from very nonhuman viewpoints, such as other animals, robots, computers, machines that humans made, earth, the universe, etc. He likes capitalism and technological revolution, as fast as possible, without regard for its goodness.
Recently there's some mainstream reports on his philosophy of Neoreactionism ("Dark Enlightenment"), the idea that democracy sucks and monarchy/CEO-president works better. This philosophy has gained a bit of following, but uninteresting to me, so we won't review that. I'd simply note that the phrase "Dark Enlightenment" really should be "Delightenment". Really missing out such a pun.
Schizoanalysis
The idea of schizoanalysis just means that there's a lot of ways to make a theory about the world, and make philosophies, and there's no one way to do it, and further, there could be genuine conflicts that cannot be resolved by appealing to a higher standard.
In mathematics, there's some fringe movement of this style. Most mathematicians are in favor of logical consistency, but some are okay with controlled inconsistency (paraconsistency). Most mathematicians are in favor of using infinities, but some are finitists who think that infinities don't exist, and a few are ultrafinitists who think that there are finite large numbers (such as e^{e^{10}}) that can be assumed to not exist.
Coincidentally, these fringe mathematicians tend to be obnoxious and argumentative (Doron Zeilberger is a prominent example). Maybe there's such a thing as an "obnoxious fringe personality"...
Schizoanalysis uses an analogy for how to think about theories: the rhizome. A rhizome is a bunch of underground roots, touching each other in a messy network. This is in contrast to a tree, from a big trunk going up to little branches.
Traditionally, stories about the world are told like a tree: there's a great principle of the world: be it God, Existentialism, or Absurdism, and the story gets more and more details as it explains the smaller things like how to treat other people.
But maybe there are many stories just messed up and knotted, without any way to unify them in a single principle. I make stories about Infinities and you about Ultrafinitism and there's no way to unify us. Two powerful countries with incompatible philosophies go to war, unable to unify their stories.
Really obscure style
Kant is hard enough, Deleuze and Guattari's books are unreadable (I tried). Nick Land, being immersed in such kinds of books, often wrote in the same extreme obscure style. For example, Machinic Desire (1992):
Don't bother trying to understand that. A big part of reading philosophy is to ignore real nonsense while still spending time on apparent nonsense that is actually sensible.
Non-human viewpoints
Rats
Nick Land uses schizoanalysis by considering very non-human viewpoints. For example, he once gave a talk about studying the Black Death from the perspective of rats:
Earth
Another paper/fiction, Barker Speaks, develops the theory of "geotrauma", a story about how the Earth feels, and it feels endless PAIN. This is my most favorite story so far, just because it's easy to picture (especially if you know Gaia theory).
Basically, do psychoanalysis on geology. The center of the earth is full of heat, and tension, leftovers from its early pains of being hit by asteroids. This trauma is being expressed in geological phenomena like earthquakes, volcanoes, and continental drifts.
Further, even biological creatures should be thought of as one kind of geological phenomenon. This isn't complete nonsense, considering that we have possible clay-life earlier on Earth, and the fact that biological lifeforms have shaped geological strata.
In this story, biological creatures are just one way for Earth to express its trauma. We are the skin-crawls, manifestations of Earth's inner suffering.
Machinic desires
Nick Land talks a lot about cyborgs, AI, and machinic desire/desiring machines. The idea is that humans, animals, anything that has desires, are machines behaving as if they have true desires. It's not necessary for there to be deep reasons behind wanting to do something. A creature desires something (like sugar) because it's constructed to seek it.
Humans, animals, computers, cyborgs, they are all desiring machines. Some are better at achieving their desires, but there's no way to judge who has a superior/inferior desire.
Acceleration and capitalism
Nick Land is obsessed with progress and capitalism. Progress here seems to be defined by increasing complexity, increased number of machines, and numbers going up. I have some sympathies with this idea, but at the same time is also very uncomfortable with it.
Idle game of the whole universe
The easiest way to summarize accelerationism seems to be: The universe should be consumed into an idle game.
Think of Cookie Clicker. You click to make a number go up and enslave grandmas and build factories to make more cookies, with which to buy more cookie makers. It's the purest form of capitalism: You never get to consume any cookies, and all that's produced is reinvested to produce more. You don't have any friends, you consume the whole universe to make cookies, and that's all there is. The number of cookies accelerates exponentially, and you feel happy and empty and can't stop going anyway.
Accelerationism sees an idle game universe as good, or the least bad of all choices.
Previous work
The idea that capitalism is a great innovative, destructive force is nothing new. Karl Marx's Communist Manifesto (1848) already states:
The idea that things are changing way too fast is not new either, Future Shock (1970), by Alvin and Heidi Toffler is one famous book that argues that the modern area is changing so fast that it's causing many kinds of psychological stress on people. The book is quite accurate in its diagnosis, and its list of features of modern society are so common sense as to be banal (I yawned).
Accelerationism
Capitalism has many criticisms, such as turning people into products, giving prices to things that shouldn't have a price, etc. The idea of accelerationism is that we should keep capitalism going, keep technology going, go with the flow of technology even if it destroys humanity and everything we love. After all, there's no alternative. And why resist? It's glorious to burn up like a shooting star, like the fuel of a rocket that accelerates into empty space.
Or just like Facebook said:
Note: some people use the word "accelerationalism" in a different sense, that capitalism is bad, but the only way to escape capitalism is to make it go faster until it arrives at its bitter end, then we can escape. Kind of like diving into the center of a black hole and hoping that we'll escape into a better universe. I'm not interested in this sense of accelerationalism.
This is similar in spirit to cosmism, as a philosophy against humanism, detailed in The Artilect War (2005), by Hugo de Garis. The basic idea is simple though. There are the Terrans, or the humanists, who prefer to keep humans in control, and there are the Cosmists, who wants to keep the progress of intelligence expansion going, and fulfill a kind of cosmic destiny.
Technological determinism
Technology is not neutral. It's a mere "tool", but even tools have desires and tendencies, controlling the very users who controls the tools. This is an ancient idea, going way back to Socrates's criticism of writing as affecting the memories of its users. Kevin Kelly is a modern thinker who wrote a book What Technology Wants (2010), and his idea is that the technologies are very much not neutral, and can even be thought of as something alive, with its own goals. The future of earth is very much determined by how this ecosystem of technologies evolves.
The cars are mechanical horses that wants you to build more roads so that it can go to more places. In order to encourage you to make more roads, it allows you to sit in them and take you everywhere. Thus proven itself useful, the cars entice you to build more roads. And that's how in just 100 years, there are suddenly these thin, gray, flat concrete things called "roads" everywhere on earth. The Internet want to expand, enticing you to join by providing so much stuff there. Junk food wants to be eaten, and diet books want you to get fat. Books want you to make more printing machines, and printing machines want you to read more books.
Nick Land takes this to an extreme.
It means something like this: our world, with its cars, finances, AI, and other industrial technologies, has a clear goal of its own: a future dominated by more of upgraded versions of these technologies, with humans becoming extinct or irrelevant. An inevitable AI apocalypse. It's called an invasion from the future, because this inhuman future is not yet here, but we already feel like we are being pulled towards it, as if someone has sent agents back in time to ensure humans do not mess up this plan. It's like the plot of Terminator.
Materialistic nihilism
This section is based on his book The Thirst for Annihilation (1992) that I have been reading on and off sometimes. This book is a collection of essays on George Bataille, a very weird writer that I encountered twice. The first time, I encountered him during my research on lingchi, as he wrote about it in a really hard to read book (Tears of Eros) that sexualizes violence.
The second time, it was in this book by Nick Land.
Basically, George Bataille wrote a lot, and his writing about materialistic nihilism, death, shit, vomit, garbage, and all that's ugly about life. (He also wrote a lot of sexual fetishes, but it's not very interesting.)
He wrote about them repetitively, not because he wanted to repeat himself a lot, but because to write was to howl in pain. We scream when we are burnt, no matter how many times it happens. Bataille wrote ugly despair whenever ugly despair hit his brain like a tsunami.
The meaning of life is to waste energy
Bataille thought Life is evil and ugly and meaningless. Life doesn't try to conserve energy, instead, life is about wasting energy. The Sun is a giant source of energy, and all the excess energy has to be used up somehow... hence life! Life appears when the blind materials of earth become overheated by all the energy of the sun, and shaken into more and more complicated shapes, in order to consume all the excess energy.
The Sun is the source of energy. All the energy ends up being wasted, turned to "zero", nothing. Life is a thin, fragile, and very complex middle-layer between the Sun and the zero.
Nick Land's "maze" means something like this: Life is really simple: it's about wasting energy. But life is anything but simple, since life has developed more and more complicated ways to waste energy. In order to waste the maximal amount of energy, it's necessary that life doesn't start wasting energy immaturely (by, for example, committing suicide), but accumulate and grow, before it starts to massively waste energy (by, for example, making babies, then dying and turning into a warm pool of rotten wasted energy).
Paradoxically, in order to waste a lot of energy, life must not waste energy immediately, and so it has to stay alive for quite a while. Thus, life has become more and more complicated, like a maze that keeps growing, apparently wandering further and further away from death, even though it is simply preparing for even more massive wasting of energy later.
This is probably the reason why people fear death, and also fear immortality. They fear death, because they need to accumulate energy. They fear immortality, because they need to waste all the energy at the end of life. An endless life defeats the purpose of life: to waste a lot of energy.
Perhaps a good illustration of this idea is a time-lapse video of slime molds. They even look like mazes!
My comments on the theory of life as energy-waster
Scientifically, I think this is stupid. But it's a good story, and has some kernels of truth.
When Darwinism first became famous, many people thought it was nonsense, because it's just so unlikely that life could emerge in the first place. Sure, once simple life emerges, evolution can start and allow more complicated lifeforms to appear, but why did simple life appear from purely lifeless matter?
This thinking has changed among some scientists. There are theories that say that life, far from being a lucky accident, is in fact inevitable by the laws of physics. Life is in fact "meant" to waste solar energy. This was explicitly proposed in Life as a manifestation of the second law of thermodynamics (1994), by E.D.Schneider, J.J.Kay:
This theory was given a more mathematical treatment in Statistical Physics of Self-Replication (2012) by Jeremy England, where it's proposed that self-replication, which is the fundamental part of life, is fueled by entropy. This paper has generated a lot of publicity, for it makes the ideas sketched above mathematically precise. As reported in First Support for a Physics Theory of Life (2017):
Think of what the humans are doing as they dig up coals and oils and burn them? They are having fun, sure, but from a thermodynamic point of view, they are turning high-quality, useful chemical energy into low-quality, useless heat. If oil and coal are left buried, they would stay undisturbed for millions of years. With human intervention, all the useful energy is turned into useless energy in a hundred years.
Humans perhaps are the solution to the problem of consuming fossil energy. And by analogy, perhaps life is the solution to the problem of consuming solar energy.
As another analogy, think of a bottle of water with its cap unscrewed and turned upside down. Water flows out, to turn its gravitational energy into kinetic energy, and then turn into the useless energy of heat after it splashes into the ground. A big vortex forms in the bottle, and with that vortex, water flows out that much faster.
The beautiful vortexes of steam rising from a cup of hot coffee are similar: ordered structures arising to turn the useful temperature difference (you can run a heat engine with that!) between the coffee and the air, into a useless temperature equality, as fast as possible.
A bacterium is a little vortex for turning sugar into heat.
Perhaps pockets of low-entropy life emerged only to increase the entropy of the universe at the fastest possible rate.
Perhaps Bataille's desperate theory of life isn't that insane, after all.