LGTM

On a 50/50 too, yippee I love meta I love meta I love meta I lo

I wanted to maybe start making PeerTubr videos, but then I realized I've never had to consider my voice as part of my threat model. A consequence that immediately comes to mind is potentially having your voice trained on by AI, but I'm not (currently) in a position where others would find it desirable to do so. Potentially in the future?

I'd like to know how your threat model handles your personal voice. And as a bonus, how would voice modulators help your voice in/prevent your voice from being more flexible in your threat model? Thanks!

I don't know if I'm opening a can of worms here, and I'm still trying to backtrack a lot of history where I was tuning everything out. I keep seeing random swipes at Signal (or the representatives (?)), and I was wondering whether they are founded or just lies.Is it another situation like Lemmy where we just "take the technology and move on"? Thanks!

Hey y'all, I dropped the game right after penacony finished, and I know that there's a story in the Luofu and Amorphous (?) is next. I was really considering getting on and pulling Fugue since I like her design but I'm broke xd.

Main thing I would like to know is mechanics updates and meta engines. When I left, the break engine teams had just taken off (my E2 firefly still smashes everything) and my follow up RRAT (Ratio, Robin, Aventurine, Topaz) was heavily falling off. Damn I should've pulled for Lingsha damn.

I heard about Rememberance path, I just heard summons buff so like Jing Yuan/Topaz stuff ig?

Oh Orespawn my beloved, it's times like these that I wish I cherished you a bit more

The math background needed to enjoy the video is not very extensive. Grant Sanderson (3blue1brown) explains everything to the best of his ability from a perspective of "discovering mathematics" and helping you "convince yourself" that you could have come to the same conclusion as well (i.e. grasping as much of the proof as you can). And if that goes over your head, then the animations are still really pretty!

My description:

An intreguing video that takes an innocuous problem of finding an inscribed square in a closed, continuous curve and connects it to familiar topologic objects, like the torus (or the coffee mug!), the Möbius strip, and the Klein bottle.

Timestamps:

0:00​ - Inscribed squares

1:00​ - Preface to the second edition

3:04​ - The main surface

10:47​ - The secret surface

16:45​ - Klein bottles

22:38​ - Why are squares harder?

25:10​ - What is topology?

The context behind this scene is hilarious, but it's like 151 chapters into the manhwa so I can't even explain why it's so funny

Hello all,

I've only done very basic research on RISC-V as the DeepCompute RISC-V mobo caught my attention. For the software side, I know that support will (probably) come with time, so I can't really do much besides lament over it huh?

The main thing that caught my eye is that the DeepCompute mobo seems to only accept SD cards for storage. Is this a hard limit of RISC-V or is it just a limit of current technology (i.e. we need time to build something over RISC-V like x86_64/amd64?)?

I've also heard that Linux ran vaguely slow on RISC-V architectures, but ive only heard it as a passing comment. How true is this? Would future developments/putting in more time like for the decades behind x86_64 developments alleviate the speed issue?

Thank you all!

If we look into a far off distance at an object travelling towards Earth, shouldn't we be able to see both the light from the object at some time t plus the light at some later time (t + delta t)?

Let's also assume that the object is traveling fast enough that it is discernable. This point might be moot, since I'm not sure if such a situation is possible. I know that Rayleigh's criterion could give us a lower bound for how far the images of the object has to be, though I'm not sure how complicated it would be to throw redshift into the mix.

This seems like one of those "Whoa this feels see weird causally but it's just a natural consequence of things we've observed thus has little repercussions as to what limitations physicists actually work around." Actually, I could see perhaps long exposure photos (or the telescope equivalent, if it exists) could run into issues.