25 Matching Annotations
  1. Last 7 days
    1. Godwin wasn’t convinced. Hiscounterargument, neatly summarised by Porter, was that “such a threat would be averted by the simultaneous withering away of sexual desires—a proposal which notoriously reduced Malthus to guffaws.”

      I'd have laughed too, but for the present moment this seems to in fact be the case.

    2. Another thinkerof the period, whose life also extended into the nineteenth century,was the British philosopher and novelist William Godwin (1756-1836). Godwin was the father of Mary Shelley, the author ofthe classic gothic novel,Frankenstein; or, The Modern Prometheus(1823). Hewasalsoan ardent believer in the power of reason and mind to improve the human condition. According to the Stanford Encyclopediaof Philosophy, Godwinwas a prolongevist who:... looked forward to a period in which the dominance of mind over matter would be so complete that mental perfectibility would take a physical form, allowingus to control illness and ageing and become immortal.

      Oddly enough Montillo's account of how Frankenstein was written fails to mention this about Godwin. An even stranger omission when you realize that, at least to my memory, Shelley would hide as a child in the living room and eavesdrop on her fathers conversations.

    3. O that moral science were in as fair a way of improvement, that men would cease to be wolves to one another, and the human beings would at length learn what they now improperly call humanity!
    4. Today, Mr. Machine, as La Mettrie mechanically dubbed himself, finally has his audience.

      Or as he might be termed today, Mr. Robot.

    5. He theorised at length about the preservative properties of the cold in his History of Life and Death, enthusiasticallyremarkingthat fruits and nuts have been known to have fallen in the snow, or have sometimes been buried in purpose built ice vaults. When recovered months laterthey have been found to be “as fresh and fine as if they had been picked yesterday.”

      One of the odder aspects of cryonics unpopularity is the simplicity of the logic involved. Suspect most of the problem is just expense, most people don't understand that it's financed through life insurance etc. Cremation was once considered taboo and heartless, but over time gained acceptance (I speculate/infer) because it was cheaper than a funeral.

    6. 14Like all other ideas and movements, transhumanism is a product of its time. Transhumanist ambitions of radical life extension, brain uploading, intelligence augmentation, and space colonisation, could not be taken seriously as realisticprojectsbefore the invention of modern computers and rockets, the discovery of DNA, or the rapid increases in computing power and the declining cost of computation—all of which took place in the twentieth century

      On the one hand there's definitely a lot of truth to this, on the other hand interest in this kind of project has waxed and waned since at least the middle ages. Roger Bacon believed that alchemy would allow humans to prolong life using the same mechanism as the Christian resurrection.

      https://www.alchemywebsite.com/rbacon.html

      I explore the prehistory of transhumanism in some detail here:

      https://www.wrestlinggnon.com/extropy/2020/06/03/a-history-of-universalist-greed.html

  2. Dec 2020
    1. produced by calling

      Isn't it possible to extract this data using an indexer? Gas costs aren't trivial, and the current storage of a contract can be had without executing any code.

  3. Sep 2020
    1. Context: This is a popular(5) comedy panel game show (1) crossover (2) that’s filmed in Manchester (3) and broadcast on Channel 4 (4), a state-owned but advertiser funded TV network. There’s a lot of context in that sentence, so I’m going to unpack it.

      This is...I would just click out of the page if I were reading this on my own.

      Don't try to explain things like this, unless it's absolutely necessary. And this isn't.

    2. Although not everything is in the past:

      This entire list is a strong turnoff for me.

    3. For reference, Manchester’s 25-29 share is 2.2% higher than Portland and 0.22% shy of Manhattan.

      I feel like you could use a comparison to Silicon Valley itself here, since that is the reference yardstick PG is using.

    4. In a sense my project’s strategy is like Y Combinator’s “valley within The Valley”. You take a place that already promotes something, and compound it by an order of magnitude. For Y Combinator, that thing is tech startups. For us, it’s more like social innovation.

      This is a pretty key thesis, in the sense that it's make or break for whether someone would be interested in any of this at all. The entire project is premised on it. I would go back to your introduction and ask if there isn't a 30 second hook you can use that will grab the attention of someone who would want this.

    5. Dense talent networks mean that you often bump into people who can help you with tough problems by happenstance, and when you are doing something highly ambitious, you need as much luck as you can get.

      This serendipity is disrupted by COVID, of course.

    6. Startup rate per capita varies by orders of magnitude because most startups die by default and only certain places are able to save them. Startups are mostly saved by two things: background encouragement and dense talent networks.

      The Rainforest by Hwang and Horowitt presents a different thesis than this. People have tried building Silicon Valley clones by putting lots of talent together, 'cluster theory'. This doesn't actually work well. A lot of what makes the ecosystem work is people who are good at getting myriad different resources to cooperate, 'keystones' they call them.

    7. The geography of talent can change if ambitious people decide to move away from the current location. The startup “centre of gravity” shifted from Palo Alto to SF because founders preferred to live downtown.

      Seems like it would be worth doing some anthropological digging on this process.

    8. In the UK, things are a bit more civilized.

      If it were me I would replace this angle with something like futurology.

      "The United States talks a big game about 'progress' and 'smart cities', meanwhile in Britain we just shut up and implement things."

    9. Sometimes I refer to the UK as the United States of Civilization, but in some ways it’s really not a joke.

      This isn't necessarily what your readers want to hear. When I hear 'civilized' I think 'stagnant, status driven, and cloistered'.

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  4. Aug 2020
    1. Cells, for example, are a central category, but there’s no definite criterion for what counts as a cell. If you attempt to find one, you rapidly bog down in a maze of exceptions. You might start with something like “a self-reproducing living unit carrying a single copy of the organism’s DNA within a membrane.” But red blood cells don’t self-reproduce and have no DNA. Mitochondria are not cells, but they self-reproduce using their own DNA within a membrane. Muscle cells have multiple nuclei, each with a separate complete copy of the DNA. Some algae have life stages in which they have no cell membranes. And so on indefinitely.8

      I'm not an expert in biology or anything, but perhaps the moral there is we should rethink this 'cell' idea? IIRC astronomers continue to talk about 'planets' even though the longer you examine the concept the more incoherent it becomes. (For an extended example, see the infamous Discourse about whether "Pluto is a planet", which led to hilarious goal post stretching where people kept trying to find a definition of 'planet' that exactly fit the traditional celestial objects we classify as planets without having to include any new ones or exclude existing ones)

      There is obviously no rule that says the categorizations we come up with for stuff when a field is young should be expected to have infinite inferential reach as that field of knowledge expands.

    2. The dream is that reduction could deliver absolute truths about the eggplant-sized world, by explanation through a series of levels. The rationalist’s reflex, when confronted with nebulosity, is to retreat to the most fundamental physics: quantum field theory. That, she says, is definitely not nebulous; there is absolute truth there.2 Based on this unshakable foundation, we can find absolute truths about atoms, which are just assemblages of quanta. And we can reduce molecules to atoms (chemistry), and cells to molecules (molecular biology), and eggplants to cells (phytotomy); and finally, triumphantly, prove beyond any possibility of doubt the absolute truth that eggplants are fruits (reproductive biology).

      Has anyone ever actually proposed something like this?

      Actually, let me rephrase, has anyone we have any good reason to take philosophically seriously ever actually proposed something like this, in a context I would care about?

      Something like, an important philosopher that people-who-do-stuff take seriously (it's not my job to police whatever degenerate things academia gets up to separated from course correcting incentives) making a serious unironic proposal along these lines that nontrivial resources were invested into?

    1. Unlike logicism, probabilism doesn’t require an absolute belief about what the truth of a statement is. However, it does require that any statement actually is either absolutely true or absolutely false. Suppose you want to know if there is any water in the refrigerator. To eliminate uncertainty, you look inside, and there appears to be only an eggplant. Now, is there water in the refrigerator? Well, with probability nearly 1.0, it’s sort of true that there is (in the cells of the eggplant).3 And with probability nearly 1.0, it’s sort of false (you were thirsty and there’s nothing to drink). It’s a rock-bottom principle of the mathematics that the probability of a statement being true and the probability of it being false have to add up to 1.0. (This is a different way of stating the Law of the Excluded Middle.) Here the probabilities of sort-of truth and sort-of falsity add up to nearly 2.0, which is uninterpretable as a probability. The math doesn’t work for sort-of truths.

      This argument strikes me as malformed and perverse.

      Obviously there's a conflation here between two different questions, but I think a deeper error is implied by the fact of the conflation.

      You seem to suppose there is some objective 'literal' sense of the statement "Is there water in the fridge?". Considering you wrote earlier that beliefs are not strings of words (reasonable), it's weird to then use that as a premise to argue against Bayesian Epistemology. Words are a way to locate things in concept space, and epistemology doesn't exist separate from neurology. There are no real agents that make this mistake, because it's more or less based on a type error. A Bayesian Epistemology is de-facto not enough to replicate human cognition, if it was then artificial intelligence would be solved. That doesn't stop it from being pretty powerful in conjunction with the world modeling capabilities of a human brain.

      More to the point: At the moment of posing the question, any sensibly designed agent capable of being in this situation wielding a Bayesian Epistemology knows exactly which of these two questions it is posing when it thinks "Is there water in the fridge?" in its internal monologue. The conflation only exists when an outsider observer tries to impute some literal meaning to a thing that is contextually in a system of meaning extending beyond the words in the sentence.

    2. and it is technically true that eggplants are berries.

      I tend to find it's useful to handle this case with the notion of category membership having a spatial organization. Leading to the whole idea of things being central, noncentral, midway, etc members of categories. 'Eggplants are noncentrally berries' communicates precisely what we mean, they are berries, but they're also not what is typically imagined as a berry.

    1. In Parts Four and Five, we’ll see how meta-rationality selectively integrates reasonableness and rationality to make both work better.

      Unfortunately the full description of 'reasonableness' is not currently present, but it's given in short as "everyday informal thinking and acting". Which, to wit: So what is that made of anyway? It's not like informal reasoning just exists an a magic phenomena. Clearly, there is some kind of machine (us) existing in the world that implements this informal reasoning algorithm. Obviously we can't know exactly how it works, but I think of a lot of the 'rationality' critiqued here as increasingly powerful models of what that thing is made of; that is the entire point arguably.

      That these models suck is fair game, but it's important not to conflate the people who geek out about formal systems with the people trying to derive the code to human cognition with the people trying to get a decent working model of human cognition so they can augment it with heuristics et al.

    2. In “the eggplant is a fruit,” probably what is meant is that all eggplants are fruits. In “the dog is a Samoyed,” probably what is meant is that some dog is a Samoyed. We can reasonably assume these meanings from our background understanding of their topics. This knowledge is nowhere in the sentence. The meaning depends on its parts—but not only on them.

      It's common in speech coding (e.g. a vocoder) to rely on a thing that reconstructs the 'meaning' of a signal by predicting its 'full' representation.

      This act of predicting then is also a form of compressing, by predicting the full representation from its lossy analogue you require less bandwidth to transmit messages just like if you'd used a non-stochastic compression technique.

    1. Using esoteric equipment and methods to get some tiny bit of reality to behave according to theory is most of what you do in a science lab.

      Not quite. You use esoteric equipment and methods to get the opportunity to make an observation of some tiny bit of reality that would help you narrow down hypothesis space.

    2. When your statistical analysis determines with high confidence that the moon is made of green cheese, you should not rush to publish your exciting discovery.

      I kind of feel like I'm being Motte-Bailey'd here. This book feels like it's responding to Eliezer Yudkowsky, yet this is literally the kind of scenario you have the notion of a 'prior' for. My prior probability that the moon is made of green cheese is very low. So low in fact that not even a crazy statistical analysis is going to convince me otherwise, the lie contagion factor is off the charts. That is, for the moon to be made of green cheese lots of other stuff I'm pretty confident is true has to be false.

  5. Jul 2018