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A Neural Network Can Learn To Recognize the World It Sees Into Concepts (technologyreview.com)

An anonymous reader quotes a report from MIT Technology Review: As good as they are at causing mischief, researchers from the MIT-IBM Watson AI Lab realized GANs, or generative adversarial networks, are also a powerful tool: because they paint what they're "thinking," they could give humans insight into how neural networks learn and reason. [T]he researchers began probing a GAN's learning mechanics by feeding it various photos of scenery -- trees, grass, buildings, and sky. They wanted to see whether it would learn to organize the pixels into sensible groups without being explicitly told how. Stunningly, over time, it did. By turning "on" and "off" various "neurons" and asking the GAN to paint what it thought, the researchers found distinct neuron clusters that had learned to represent a tree, for example. Other clusters represented grass, while still others represented walls or doors. In other words, it had managed to group tree pixels with tree pixels and door pixels with door pixels regardless of how these objects changed color from photo to photo in the training set.

Not only that, but the GAN seemed to know what kind of door to paint depending on the type of wall pictured in an image. It would paint a Georgian-style door on a brick building with Georgian architecture, or a stone door on a Gothic building. It also refused to paint any doors on a piece of sky. Without being told, the GAN had somehow grasped certain unspoken truths about the world. Being able to identify which clusters correspond to which concepts makes it possible to control the neural network's output. The team has now released an app called GANpaint that turns this newfound ability into an artistic tool. It allows you to turn on specific neuron clusters to paint scenes of buildings in grassy fields with lots of doors. Beyond its silliness as a playful outlet, it also speaks to the greater potential of this research.

69 comments

  1. speaks to the greater potential of this research. by Anonymous Coward · · Score: 0

    "So you're saying strong AI has potential? Sounds good. When though."

  2. So it begins by Anonymous Coward · · Score: 0

    Let us launch a thousand Skynet references.

  3. So what happens when this thing blows a cap? by Anonymous Coward · · Score: 1

    Does it go berserk and kill 5 billion people?

    I think these guys are building a matrix...

  4. Other refusals by Anonymous Coward · · Score: 0

    Would it refuse to paint a door on a picture of my butt cheeks?

  5. News from November? by Anonymous Coward · · Score: 2, Interesting

    I remember seeing this and playing with GANPaint last November. It was on HackerNews, Twitter,... The article reads, "The team has now released an app called GANPaint." Now? The tweet right above this text, announcing GANPaint, is from November 27, 2018. So...is there something new, or is MIT just now getting the memo?

  6. Total BS by 110010001000 · · Score: 0, Troll

    Anytime someone uses the term "Neural Network" they are selling snakeoil. Neural Nets are nothing like networks of neurons and nothing like a brain. IBM is the biggest snakeoil salesman of them all, and their Watson division is failing and they keep desperately trying to push their crap.

    1. Re:Total BS by Anonymous Coward · · Score: 0

      So, Donald Trump?

    2. Re:Total BS by hakey · · Score: 5, Funny

      Don't get me started. Computer mice don't even look real. Computer scientists are so dumb they think trees grow with their branches and leaves pointed downward. I would like to see someone smoke a hash function, you can't!

    3. Re:Total BS by Anonymous Coward · · Score: 1

      Everyone in the field knows this. They distinguish neural networks from neuronal networks, which are intentionally more faithful to biology.

      Nevertheless there is some commonality between neural and neuronal networks in overall aspects of computation. The first big book already had the right name: Parallel Distributed Processing.

    4. Re:Total BS by grep+-v+'.*'+* · · Score: 2

      I would like to see someone smoke a hash function, you can't!

      No, but you can let the magic smoke out of something that runs it. With enough acrid solder smoke floating around you won't know the difference.

      CPU instruction HCF: Halt and Catch Fire. Link.

      This was a TV Show?!? I didn't know.

      --
      If the universe is someone's simulation -- does that mean the stars are just stuck pixels?
    5. Re: Total BS by Anonymous Coward · · Score: 0

      Touche

    6. Re:Total BS by Anonymous Coward · · Score: 0

      Anytime someone uses the term "Neural Network" they are selling snakeoil. Neural Nets are nothing like networks of neurons and nothing like a brain. IBM is the biggest snakeoil salesman of them all, and their Watson division is failing and they keep desperately trying to push their crap.

      Love the comment. The hype monster is hurting the industry.

      Feature engineering different kinds of images is not learning, it's cherry picking. The researchers have built aggregates for images. They might have saved lots of time looking at a few Kaggle kernels.

    7. Re: Total BS by Anonymous Coward · · Score: 1

      Brain or not, it works in the real world. It's been a standard technique in particle physics since the early 1990's, and has been used to make real discoveries. You believe it's not thinking? Fine. But that just means it's increasingly possible to do these very sophisticated tasks without thought, which could hitherto only be done with thought. That's big news, not snake oil.

    8. Re:Total BS by chuckugly · · Score: 1

      People keep saying this but I've written assembly for a few different machines and I've never actually seen a HCF opcode in any of them. Is this some sort of nerd urban legend?

    9. Re:Total BS by Anonymous Coward · · Score: 0

      Right, these networks are not biological in nature, no actual neurons are involved, so we can't call them "neural networks."

      So, since they are abstract representations of a neural network, perhaps we should just call them "Abstract Neural Networks."

      Or ANL, for short.

    10. Re:Total BS by Anonymous Coward · · Score: 0

      God dammit. I meant to say "Abstract Neural ALgorithms." ANAL.

      The only thing more pathetic than posting something low-brow like that is screwing it up.

    11. Re:Total BS by Anonymous Coward · · Score: 0

      One of the best slashdot comments ever

    12. Re: Total BS by Anonymous Coward · · Score: 0

      Yet the neural networks you are not convinced by show behaviour such as stratified feature extraction as found in the visual cortex. In this sense they demonstrated behaviour similar to parts of the brain. Not the whole brain, but then the brain is huge, and SpiNNaker has only just been built.

    13. Re:Total BS by Anonymous Coward · · Score: 0

      Don't encourage the luddite troll.

    14. Re:Total BS by burtosis · · Score: 1

      You can even sometimes tell what is frying by the smell and color of the magic smoke. Not much smoke but a highly acrid smell? Likely your typical electrolytic capacitors venting - often smelled from some cheap dimmable LED bulbs that fail after only a few hours. It's not common knowledge but they hide all the colors in any LED, you simply need to run massive current through it and enjoy the short lived show. My coworker could tell what basic type of resistor was over heating by the smell, almost as awesome as my old shop teacher who could taste oil weight. My personal favorite is the bright pink smoke you get from frying a particular brand of power mosfets. I still find it funny one of the best ways to spot problems on boards is to forgo any knowledge of current, voltage or electricity in general and simply use an IR camera to spot what's hot that shouldn't be.

    15. Re:Total BS by mcswell · · Score: 1

      You dummy, they were Australian scientists!

    16. Re: Total BS by Anonymous Coward · · Score: 0

      "But that just means it's increasingly possible to do these very sophisticated tasks without thought, which could hitherto only be done with thought."

      The summary and most of the article is hype. Watch the video in the article, you'll see the thought is all human.

    17. Re: Total BS by Anonymous Coward · · Score: 0

      "In this sense they demonstrated behaviour similar to parts of the brain."

      That is very very vague terminology.

  7. Re:the real question by Tablizer · · Score: 2, Funny

    "Alexa, draw my hands larger on the news."

  8. Re:speaks to the greater potential of this researc by AHuxley · · Score: 3, Interesting

    Another decade of the AI winter avoided.
    The AI can now "learn", do "thinking" and "see".
    Funding secured.

    --
    Domestic spying is now "Benign Information Gathering"
  9. Curmudgeon by Anonymous Coward · · Score: 0

    Oh, look! Another old, bitter silverback spitting venom into a world that is passing him by faster and faster.

    1. Re:Curmudgeon by Anonymous Coward · · Score: 0

      Someone should fart in your face.

    2. Re:Curmudgeon by Anonymous Coward · · Score: 0

      No, just somebody who is familiar with AI and ML and knows the capabilities and limitations. When you can make a stop sign disappear by placing a small sticker on it, maybe your NN backed computer vision system isn't all that good.

  10. After such a detailed explanation by Anonymous Coward · · Score: 0

    it will at last be obvious to everyone why NNs are entirely without value.

    Thank you very much for such deep insights in a very complex subject.

  11. Re: speaks to the greater potential of this resear by Anonymous Coward · · Score: 0

    If it will only paint georgian doors onto georgian architecture, and gothic onto gothic, it has learnt nothing, the fundamental concept of a door or a wall eludes it. Neural networks can still be fooled into identifying things that aren't there to a high degree of certainty with a nonsense swirl, indicating they neither think nor perceive. Just humans anthropomorphising unthinking algorithms.

  12. Re: Watson as a gay interior decorator? by Anonymous Coward · · Score: 0

    "Poof"? Even your homophobia is out of date, old man.

  13. AI by ledow · · Score: 5, Insightful

    So it statistically correlated randomly-grouped information over millions of trials?

    Still not AI. Still just statistics. Bad statistics. With complete lack of inference. With shady, if not downright dishonest, assertions made about its capabilities.

    You did what "AI" has had done to it for decades now... flip a bit to indicate success in some fashion, and throw millions of trials at it until it trains itself to activate "bit" more than a handful of times.

    It could be flipping because it's majority green. Because the top-left pixel is green. Because there's watermark on the image. Because some frequency curve (if you have those, it's highly unlikely to form those itself in even a billion attempts / generations / evolutions / trainings) hits on a certain colour.

    The fact is: You have NO idea what it's correlating on. It's almost superstition on the part of the AI (if it wasn't completely lacking in any intelligence).

    Did you know that if you feed a pigeon in a box at random times it starts to associate feeding time with whatever it happened to be doing, and so repeat that? Whether that's bobbing its head, pecking at the floor, or looking a certain direction.

    It then spends most of its time trying to replicate that convinced that it's "just not doing it quite right", like someone with a superstition about their team winning because they were wearing their lucky underpants - no amount of negative correlation will convince them they are wrong and get them to change their ways.

    And that's exactly the problem with "AI" / neural networks. Of course you can train them to a statistical correlation - you know why? Because you're eliminating / training out / not breeding from those that don't correlate somewhat. It doesn't mean that what they are working from has anything to do with what you were after. And, most importantly, it does not mean you can trust them further on new data, nor that you can "untrain" them when they get it wrong, nor that you can perpetually improve them by more and more training.

    All that happens is that it plateaus before it ever really gets useful (usually within the range of a PhD study - write your thesis up quick!), people release rubbishy apps "to show what it can do" and then it's never touched again because it can't be used for anything else and isn't particularly good or useful at what it does do.

    We don't have AI, stop trying to pretend that we do. When you get a machine that can infer, that can actually reason its answer (not just "well it matches shape 22%, colour 17% and overall pattern roughness 19.4%", but "I can see branches here, here and here. They are connected. The connection grow and increase in width. The thickness part, which looks trunk-like, ends in a solid base which resembles soil", etc.)

    Until then, this is all just a waste of time, and heuristics (YOU told it when it got the tree right).

    1. Re:AI by Anonymous Coward · · Score: 0

      So you are saying pigeons and superstitious humans behave similarly to these neural networks? Sounds to me like evidence the AI researchers are on the right track, not the wrong one.

      If every tiny neural network showed genius level intellect it would strongly suggest that they were very different from real brains.

    2. Re:AI by Anonymous Coward · · Score: 0

      Oh, well. OK. I suppose that if they had demonstrated inference capability you will be complaining about the lack of creativity, or empathy, or some other such thing.
      The thing is, we are *not* trying to make Artificial Humans, just Artificial Intelligence. In the sense that makes ants and bees intelligent (they have a brain and they can adapts to their environment).

    3. Re:AI by Anonymous Coward · · Score: 0

      Recognizing a tree in your brain probably works fairly similar to what the neural network does. You don't see leaves and branches and a trunk and infer that that thing must be a tree consciously. You do so after the fact that your subconscious mind told you about that tree. Also, you only know that because your parents pointed to that thing and said "Tree" and you slightly moved your head and got several hundred or thousand frames of slightly different examples of trees.

      In contrast to a neural network you can still say: "Wait a minute! That is not a tree! It is just an illusion!"
      So, I'm with you that neural networks alone will never be able to show/simulate intelligence on their own. There needs to be something on top of them that probably works in a different way to simulate actual reasoning.

    4. Re:AI by kyjo · · Score: 0

      Maybe you should be more specific about what exactly you mean by AI. Generally, intelligence is an ability to solve a problem / accomplish a task / reach a goal. Under this general definition literally any machine created by humans is AI.

      Also it's not necessary to know HOW a system works for it to be called intelligent. The important part is that it is likely to reach its goal. In fact the more intelligent the system is the more likely it is to reach its goal, and the less we will understand it. That's why this type of research is actually interesting. It attempts to explain how those things work..

    5. Re:AI by ledow · · Score: 1

      You don't want your Tesla to change lanes because "it's Sagittarius and has a good feeling about this full moon".

      You want it to use intelligence. Slightly more intelligence than a pigeon.

    6. Re:AI by kyjo · · Score: 0

      neural networks alone will never be able to show/simulate intelligence on their own. There needs to be something on top of them that probably works in a different way to simulate actual reasoning.

      Natural neural networks can do it so in principle it should be doable. It's probably about a higher-level structure/composition of various NN modules working together. Human brain is composed of many different functional parts as well.

    7. Re:AI by Anonymous Coward · · Score: 0

      We don't know how a brain works, so thinking that we can make NNs work similar to a brain is a claim justified by nothing.

      Right now when I look at all this work with NNs I just think about all the flying machines I've seen from centuries past. Nobody understood how birds flew, so they figured if they just mimicked what birds looked like, they'd manage to make something that flew. And none of those worked.

      Once we actually figured out how birds flew, we were able to create artificial aircraft, and turns out they way an airplane flies is a very different mechanism than what birds use. You don't see a 747 flapping its wings, now do you?

      If you want to make AI, quite trying to mimic a brain and instead figure out how and why the brain works. Once you understand the mechanisms, then you can create a machine that can do the same.

    8. Re:AI by Anonymous Coward · · Score: 0

      -1 enciteful

      Intelligence is nothing more than learning statistics from the environment, using them to make predictions, then performing actions based on those predictions to achieve rewards.

    9. Re:AI by scamper_22 · · Score: 2

      While true, as a new father, I find myself asking this question.

      Is our intelligence just "statistically correlated randomly-grouped information over millions of trials?"

      I really ask that as a serious question. I watch my kind learn and he is like that pigeon you speak of. Maybe that's all our intelligence is. Just more complex.

      Your last sentence really piqued my interest.

      When we look at the world and identify objects, maybe we really do see more like:

      "well it matches shape 22%, colour 17% and overall pattern roughness 19.4%"

      and much less like

      "I can see branches here, here and here. They are connected. The connection grow and increase in width. The thickness part, which looks trunk-like, ends in a solid base which resembles soil"

      Again, I just wonder about such things. It's easy to dismiss AI just statistics or pattern recognition. But then you dismiss the pigeon as just pattern recognition. My genuine question is just how much of us is just pattern recognition? Maybe our intelligence is not something more mystical than that.

    10. Re:AI by Anonymous Coward · · Score: 1

      It seems clear that kids learn in this way after spending a bit of time with a few of my own. This is especially apparent when asking "unanswerable" questions. Here are some good ones that I like:
      "what is daddy wearing?" "bracelet" (correct answer: watch)
      "what sound does a bunny make?" *jumps up and down*
      "what sound does a strawberry make?" "RED!"
      "what sound does RED make?" *makes the sounds of an ambulance*

      They lack the regulation to think about and carefully answer (the the pre-programmed correct answers), so the statistical matches bubble up to the top.

      Also - this game is awesome in ages 1.5-3.

    11. Re:AI by Shaitan · · Score: 1

      "If every tiny neural network showed genius level intellect it would strongly suggest that they were very different from real brains."

      These days nobody is really trying to make something that works like a real brain. Something could be the functional equivalent of a real brain without being anything like one as well but nobody is building that either.

      What NN are as implemented are basically self-organizing algorithms. I should use the word self loosely, instead of writing code you use statistics to train them and nudge a little bit close to being the correct answer over time.

      Of course, you can fuzz them and try to find bugs to exploit the same as regular code but you can't debug them the same way you do regular code.

    12. Re: AI by Anonymous Coward · · Score: 0

      Most people wouldn't call those insects intelligent, therefore you're selling snakeoil.

      It's like selling computer security in the sense that automatically executing content you find in CDs and downloads is secure. Some pest-like operating systems did that but it wasn't secure.

    13. Re:AI by werepants · · Score: 0

      Again, I just wonder about such things. It's easy to dismiss AI just statistics or pattern recognition. But then you dismiss the pigeon as just pattern recognition. My genuine question is just how much of us is just pattern recognition? Maybe our intelligence is not something more mystical than that.

      I think you are spot on. Neuroscience shows that our brains are unceasingly making predictions and trying to fit patterns, and at any given moment, our visual cortex is actually processing much more information from the prediction centers of the brain than from the optic nerve - in other words, our vision is more dominated by what our brain predicts it will see, than what we actually see.

      This research sounds eerily close to what a biological brain does. You can argue that "unguided categorization of patterns" is precisely what intelligence IS.

    14. Re:AI by schweini · · Score: 1

      > So it statistically correlated randomly-grouped information over millions of trials? I don't get this "AI is just a lot of IF statements that do statistics!" argument that gets thrown around a lot these days.

      Any algorithm is a series of if statements that work on data, and any data manipulation could be interpreted as being 'statistics'.
      Also, from what we know, the human brain does exactly that, too. Lots of correlations and sums of different action-potential cascades. If something is above a certain threshold, it propagates. The magic is in the complexity and the parallelism of our neural networks. But if we want to simulate it, there is no way around using an algorithm that runs on a turing-complete machine.

    15. Re:AI by epine · · Score: 1

      Still just statistics.

      News flash: it's statistics all the way down.

      Humans have no idea what we are correlating on, either. This has been amply demonstrated in neurology over and over again.

      What we do have, however, is a highly specialized module for Making Shit Up—which like the visual cortex—pretty much never takes a day off. It's central to why humans are fixated on communicating so much of life in narrative form. Sometimes the MSU is onto something, other times you've checked into hotel Batshit Royale. (You may or may not be able to tell the difference.)

      The reason none of our existing AI meets your personal requirements is that the human brain is still on the order of 10,000 or 1,000,000 times more energy efficient. Running all the required modules at the same time would require somewhere between 500 kW and 50 MW, just to hazard a rough guess.

      Generally it's a good idea to focus on fine-tuning your subsystems before wandering naively into systems integration hell—with all the while the unit wheel of the old analog power meter spinning like a turbine blade.

      Wright brothers: This wing shaped is generating significant lift at achievable airspeeds.

      You: You still haven't got your aircraft off the ground.

      Wright brothers: This propeller shape is generating substantial airflow.

      You: You still haven't got your aircraft off the ground.

      Wright brothers: This strut structure has sufficient torsional rigidity at a very low weight.

      You: You still haven't got your aircraft off the ground.

      Basically your insight is similar to Roger Penrose's: human intelligence is so amazing, there can't possible be an analytic path to reaching such an immense pinnacle step by step. Everything you achieve will be derivative and pathetic until you install the quantum defibulator, and then it will sing with the voice of an angel.

      So basically you think we're going to devise AGI the same way Edison invented the light bulb: just trying one damn thing after another until suddenly the light goes on (and stays on long enough to commercialize). I personally don't think Edison stood a chance to invent AGI though the application of 99.999 999% perspiration extracted from vast slave-monkey stadiums.

      Any sensible person would continue to explore the analytic path, because analytic solutions are fundamentally more useful than non-analytic solutions.

      The weird thing about AGI is that we're going to have to become far more comfortable with semi-analytic solutions, because NN systems inherently contain non-analytic goodness. But not exclusively, either with ANN or human neural networks: the human brain itself has gobs of detailed interconnection structure.

      This whole narrative about how some breakthrough in AI "now does X, but still doesn't do Y" is as old as the hills. Many people seem to love perpetually drawing smaller and smaller boxes around their own personal preciousness.

      Fall back! To the keep! To the keep!

      Finally I understand Aragorn's perplexing advice: "Ride out and meet them!" (Also Gimli's "100% chance of death, what are we waiting for?" narrative ethos.)

      The androids are coming. It'll be a long march. I'm not so psychologically insecure that I won't march with them along the way, long before this aircraft ever gets fully off the ground. And whether or not it gets off the ground at the end of the day, we'll learn a tonne along the way.

    16. Re:AI by burtosis · · Score: 1

      In my opinion it's highly likely likely that actual strong AI will use today's algorithms as simply component parts. After all, autonomous cars are shaping up to use quite a few of the base design details from the Ford model A, they just use many additional elements to achieve the emergent behaviors.

    17. Re:AI by jbengt · · Score: 1

      Did you know that if you feed a pigeon in a box at random times it starts to associate feeding time with whatever it happened to be doing, and so repeat that? Whether that's bobbing its head, pecking at the floor, or looking a certain direction.

      Well, it works a lot better if you don't randomize the times, but rather feed them at certain regular intervals - not so short that they don't reproduce the behavior, and not so long that they never get rewarded when they do reproduce the behavior.

    18. Re:AI by Anonymous Coward · · Score: 0

      The systems are very different in the autonomous vehicles. This is about GANs. A typical person with an incomplete and distorted sense of the world could be seen as a slowly learning GAN where the discriminator is the sensory perception, with the difference of the generator, or memories, among other things, influencing the perception or at least the interpretation of it. It could be seen as a machine simulation of human hallucinations we usually call the reality or the truth.

    19. Re: AI by Anonymous Coward · · Score: 0

      I find it funny that I consider bees and ants quite intelligent, but not most humans. It is a relative term, but at the same time, bees and ants are quite good at working together, something that most humans seemingly have difficultly with.

  14. extinction looms by Anonymous Coward · · Score: 0

    The AI deniers are reaching their most strident and last-ditch desperation.

  15. Trying to find the great advance in research by Anonymous Coward · · Score: 1

    MIT PR department overhypes absolutely everything to the point of making it next to impossible to understand what is actually new and valuable research. Well, I guess that keeps the money flowing in, but sometimes it would be nice if they wouldn't appear to mostly act as an obfuscation layer between their researchers and the reader.

  16. Well ... by Anonymous Coward · · Score: 0

    'Without being told, the GAN had somehow grasped certain unspoken truths about the world.'

    Then it ain't Republican for sure.

  17. Re:speaks to the greater potential of this researc by wiretrip · · Score: 1

    The timing is interesting as even journalists are starting to turn against what passes for 'AI' these days...I forsee an AI winter next year..

  18. Re:speaks to the greater potential of this researc by Applehu+Akbar · · Score: 1

    "So you're saying strong AI has potential? Sounds good. When though."

    None dare call it strong AI, that's all. Pitch it as an approach to extended versions of the same sort of problems that narrow AI is solving, and you will partake of the same rich funding as narrow AI.

  19. Re: speaks to the greater potential of this resea by Anonymous Coward · · Score: 0

    If you could attach some sort of feedback loop wherein when the NN is trained with a specific picture of a door, and then watermark the door in real-time, then retrain on the door with the watermark (no special watermark, just some big letters), you could then classify doors based on how many times the NN was trained on a particular door and thus predict results. If you could do this with a NN without access to the source code, you could create a powerful technique for taking any NN with no source code and manipulate the output - sounds very profitable. Of course, not all image formats support watermarks.

  20. You don't recognise anything "into" anything by Anonymous Coward · · Score: 0

    Fucking idiotic Americans. You are just SO stupid, and unable to understand prepositions.

    What does that even mean? "A Neural Network Can Learn To Recognize the World It Sees INTO Concepts"

    Morons.

  21. Time to write a WORM to take down all forms of AI by Anonymous Coward · · Score: 0

    Before it 's too late, it's time to write an AI killier WORM. I've experimented by posining Tensor Flow.

  22. Recognize into by Anonymous Coward · · Score: 0

    Maybe some AI could be used to grammar the sentence more betterer.

  23. I concur by lamer01 · · Score: 1

    I think our 'intelligence' is just more layers of pattern recognition. And, by patterns, I don't mean just what our 5 senses bring in. The brain monitors additional inputs. We construe those as emotions, feelings, guesses, etc.

  24. Re: speaks to the greater potential of this resear by Shaitan · · Score: 1

    It can learn a style like georgian, that is still impressive.

  25. Re:speaks to the greater potential of this researc by Anonymous Coward · · Score: 0

    Funding that is corporate income, right?

  26. A great first step by GrumpySteen · · Score: 0

    Now we just need the neural network to see further so anyone can really been far even as decided to use even go want to do look to concepts.

  27. a stone door by Anonymous Coward · · Score: 0

    a stone door on a Gothic building

    Excuse me? A stone door? I don't think so.

  28. bad headline again by swell · · Score: 1

    "Recognize the World It Sees Into Concepts" ?

    Either the editor is illiterate and made a gross grammar error, or the headline should read:

    "Reorganize the World It Sees Into Concepts"

    In defense of the editor, they usually just copy stuff from a source without reading it. Perhaps the source was wrong this time.

    --
    ...omphaloskepsis often...