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Cake day: March 3rd, 2024

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  • ignirtoq@fedia.iotoTechnology@beehaw.orgThe rise of Whatever
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    8 days ago

    The thing is it’s been like that forever. Good products made by small- to medium-sized businesses have always attracted buyouts where the new owner basically converts the good reputation of the original into money through cutting corners, laying off critical workers, and other strategies that slowly (or quickly) make the product worse. Eventually the formerly good product gets bad enough there’s space in the market for an entrepreneur to introduce a new good product, and the cycle repeats.

    I think what’s different now is, since this has gone on unabated for 70+ years, economic inequality means the people with good ideas for products can’t afford to become entrepreneurs anymore. The market openings are there, but the people that made everything so bad now have all the money. So the cycle is broken not by good products staying good, but by bad products having no replacements.






  • Even more surprising: the droplets didn’t evaporate quickly, as thermodynamics would predict.

    “According to the curvature and size of the droplets, they should have been evaporating,” says Patel. “But they were not; they remained stable for extended periods.”

    With a material that could potentially defy the laws of physics on their hands, Lee and Patel sent their design off to a collaborator to see if their results were replicable.

    I really don’t like the repeated use of the phrase “defy the laws of physics.” That’s an extraordinary claim, and it needs extraordinary proof, and the researchers already propose a mechanism by which the droplets remained stable under existing physical laws, namely that they were getting replenished from the nanopores inside the material as fast as evaporation was pulling water out of the droplets.

    I recognize the researchers themselves aren’t using the phrase, it’s the Penn press release organization trying to further drum up interest in the research. But it’s a bad framing. You can make it sound interesting without resorting to clickbait techniques like “did our awesome engineers just break the laws of physics??” Hell, the research is interesting enough on its own; passive water collection from the air is revolutionary! No need for editorializing!




  • People are making fun of the waffling and the apparent indecision and are missing the point. Trump isn’t flailing and trying to figure out how to actually make things work. He’s doing exactly what he intended: he’s holding the US economy for ransom and building a power base among the billionaires.

    He used the poor and ignorant to get control of the public institutions, and now he’s using that power to get control over the private institutions (for-profit companies). He’s building a carbon copy of Russia with himself in the role of Putin. He’s almost there, and it’s taken him 2 months to do it.


  • The author hits on exactly what’s happening with the comparison to carcinisation: crustacean evolution converges to a crab like form because that’s the optimization for the environmental stresses.

    As tiramichu said in their comment, digital platforms are converging to the same form because they’re optimizing for the same metric. But the reason they’re all optimizing that metric is because their monetization is advertising.

    In the golden days of digital platforms, i.e. the 2010s, everything was venture capital funded. A quality product was the first goal, and monetization would come “eventually.” All of the platforms operated this way. Advertising was discussed as one potential monetization, but others were on the table, too, like the “freemium” model that seemed to work well for Google: provide a basic tier for free that was great in its own right, and then have premium features that power users had to pay for. No one had detailed data for what worked and what didn’t, and how well each model works for a given market, because everything was so new. There were a few one-off success stories, many wild failures from the dotcom crash, but no clear paths to reliable, successful revenue streams.

    Lots of products now do operate with the freemium model, but more and more platforms had moved and are still moving to advertising ultimately because of the venture capital firms that initially funded them have strong control over them and have more long term interest in money than a good product. The data is now out there that the advertising model makes so, so much more money than a freemium model ever could in basically any market. So VCs want advertising, so everything is TikTok.


  • The open availability of cutting-edge models creates a multiplier effect, enabling startups, researchers, and developers to build upon sophisticated AI technology without massive capital expenditure. This has accelerated China’s AI capabilities at a pace that has shocked Western observers.

    Didn’t a Google engineer put out a white paper about this around the time Facebook’s original LLM weights leaked? They compared the rate of development of corporate AI groups to the open source community and found there was no possible way the corporate model could keep up if there were even a small investment in the open development model. The open source community was solving in weeks open problems the big companies couldn’t solve in years. I guess China was paying attention.


  • It’s not disingenuous. There’s multiple definitions of “offline” being used here, and just because some people aren’t using yours doesn’t mean they’re ignorant or arguing in bad faith.

    Your definition of “offline” is encompassing just the executable code. So under that definition, sure, it’s offline. But I wouldn’t call an application “offline” if it requires an internet connection for any core feature of the application. And I call saving my document a core feature of a word processor. Since I wouldn’t call it “offline” I’m not sure what I would call it, but something closer to “local” or “native” to distinguish it from a cloud based application with a browser or other frontend.


  • I’m sorry, I mostly agree with the sentiment of the article in a feel-good kind of way, but it’s really written like how people claim bullies will get their comeuppance later in life, but then you actually look them up later and they have high paying jobs and wonderful families. There’s no substance here, just a rant.

    The author hints at analogous cases in the past of companies firing all of their engineers and then having to scramble to hire them back, but doesn’t actually get into any specifics. Be specific! Talk through those details. Prove to me the historical cases are sufficiently similar to what we’re starting to see now that justifies the claims of the rest of the article.






  • Mirror proteins behave much like their natural counterparts, with one important difference: They take much longer to break down. That’s because the natural enzymes that normally degrade proteins have shapes that are adapted for attacking left-handed proteins. They cannot grip mirror proteins and cut them into fragments.

    The virtual non-existence of enzymes that can break down right-handed proteins is almost assuredly because their use is vanishingly rare in life on Earth right now. If mirror life did escape the lab and find some way to thrive, normal life would suffer until some normal bacteria happened to mutate and create enzymes that could break it down.

    I expect it to be like the Carboniferous period. Trees evolved, and nothing was around that could break down lignin, so they thrived for millions of years and caused devastation to ecosystems of the time. But dead trees represented a lot of untapped raw materials, so eventually other life evolved to break them down.

    I would expect the same with mirror life. All else being equal, a few million years of devastation until life evolved ways to fight back. Or humans could dramatically speed that up by genetically engineering normal life (bacteria) with the tools to break down mirror proteins and thus attack mirror cells. It would still be devastating and would completely reshape life on the planet, but it may let humanity squeak through and continue existing.