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Cake day: March 22nd, 2024

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  • I mean, I’m as big a ML fans as you’ll find on Lemmy, but this is a slop machine to build some Altman hype.

    A controllable, integrated version as a tool, with augmentations like VACE or SDXLs controlnet would be neat. Thats also great because it’s not so easy for 1 click zero effort automated spam, which is by far Sora’s largest market as is.

    …And guess what. We have that, it’s neat already, it’s open weights, it’s improving, and it’s not so controversial/abused because there’s an actual tiny barrier of entry to using it, like Davinci Resolve vs instagram filters.




  • With the caveat that I only read the transcripts, I don’t find that compelling at all.

    The initial sentiment is correct; folks like Sam Altman responding to existential problems like “oh we can just build a Dyson Sphere in 30 years” should be in freaking jail instead of power.

    But the only other justification I see is “well, this is stupidly impractical in the context of current humans.” Things like:

    • “What, we make all those nanobots and get all that energy with fusion and use it to disassemble Jupiter?”

    • “Why don’t we just use that energy to leave the solar system?”

    • “Say it’s a Dyson Swarm; what do we do living on all those solar satellites?”

    She’s fallen into the same trap of “existing sci fi” she accuses other of falling into.

    We’re not talking about a bunch of people in space looking to expand a habit. At this point, we’re talking about some AI that’s already converted an entire moons worth of mass into computronium, can upload folks to VR and simulate realities, that can reconfigure atomic nuclei into ultradense strings of matter or construct and control tiny black holes to generate energy and elements.

    It’s left the solar system loooong ago.

    Its capabilities, needs, and goals are completely umhuman, and at that point pondering how to efficiently capture the output of all this stellar mass sustainably is absolutely practical to plan. A Dyson Sphere (or more practically a swarm) isn’t the only way, but it’s not the worst idea for a “young” intelligence. And in OA, at a certain point, the Sephrotics seem to construct “sci fi” dyson spheres as habitats for aesthetic reasons, whereas their actual industrial/computational bases are more utilitarian arrangements of masses.



  • I have, but I’m also concerned that humanity got “lucky” so far and that this won’t happen again. There are theories positing that there are several blocking “gates” to civilization, and humanity passed an exceptional number of them already.

    It’s reasonable to assert that’s a misleading, human centric perspective; but I’d also point out that the Fermi Paradox supports it. Either:

    • The conditions that gave birth to our civilization are not exceptional, and spread intelligent life is hiding from us (unlikely at this point, I think)

    • They are exceptional, and we just happened to have passed many unlikely hurdles so far (hence it is critical we don’t trip up at the end here).

    • They are not that exceptional (eg more intelligent vertebrates will rise, and would rise on other planets), but there is some gate we are not aware of yet (which I have heard called the Great Filter).

    Another suspicious coincidence I’d point out is that we are, seemingly, the only advanced civilization from Earth so far. If we died out soon, other vertebrates that rise would find evidence of us by this point, wouldn’t they? Hence odds are we wouldnt be the first and we would have found precursors if ‘vertebrates rising and then killing themselves off’ was a likely scenario.


    TL;DR: I suspect vertebrates -> our tech level is a difficult jump.





  • That’s a more interesting idea but still quite questionable, given how expensive sending anything to space is, and then maintaining it.

    It made more sense with solar was expensive per square mm, but that is no longer the case.

    Also, transmission is a huge problem. It’s easy to say ‘make a maser,’ but making giant one and aiming it reliably (lest one fries nearby terrain as the satellite moves to track the sun), and making a receiver big enough from how much the laser spreads out from geosync orbit is a tall order. Geosync is super far away.

    There’s plenty of space on the ground, for now.