Yes, but you know how Kubrick was. He made them film on location.

Sorry, i guess i kinda buried the lede there, lol

Luckily, it’s a linear relationship and they gave us the temp change per slap. So, if we assume the chicken has thawed in the fridge (40°F) and we want to reach 165°F for food safety, we only need

(165 - 40)°F * (5°C / 9°F) / (0.0089 °C / slap)
= 7803 slaps

Although, to be honest I think this would only work for a spherical chicken in a vacuum, as otherwise you’d be losing too much heat between slaps. And even in a vacuum, you’d lose some heat via radiation… So really, you should stick a temperature probe in there and just keep slapping until it reaches 165°F. Don’t even bother counting.

Sorry for the silly units, I only know food safety temperatures off the top of my head in °F.

deck game-specific settings:

• Compatibility: proton experimental
• refresh rate 40hz
• allow tearing
• half-rate shading off

in-game settings:

• master quality: very low
• fullscreen
• 40fps limit

For some graphically-intensive builds or that one map in the swampy area that i cannot for the life of me maintain 40fps, i turn the resolution down in-game (but still fullscreen) and use the deck’s FSR at max sharpness, though this does make text a little hard to read, so i try to avoid it. I can generally get away with tdp limit of 10-12W too.

i play exclusively on the steam deck and am happy with the performance

I think, from the photon’s perspective, the time between emission and absorption is instantaneous (since they’re traveling at the speed of light). i imagine a photon’s journey would feel like utter chaos.

You ever play the video game Inside?

Sure. It all kinda has to connect to the brain somehow, or our naturally occurring meat suit wouldn’t work either, lol. But i think your proposed “adapters” may have to do more postprocessing of the signal for some senses more than for others:

In vertebrates, the CNS also includes the retina and the optic nerve (cranial nerve II), as well as the olfactory nerves and olfactory epithelium. As parts of the CNS, they connect directly to brain neurons without intermediate ganglia.

Which kinda makes me think we should put a nose on the image in the post, while we’re at it.

But i’m also just reporting back from a Wikipedia rabbit-hole. I don’t really know much at all about anatomy.

The Retina Wikipedia page seems to agree with you:

In vertebrate embryonic development, the retina and the optic nerve originate as outgrowths of the developing brain, specifically the embryonic diencephalon; thus, the retina is considered part of the central nervous system (CNS) and is actually brain tissue.

I’m traveling forward in time right now.

Tetraethyluranium

The particular acid (sulfuric acid) in the graph is especially complicated b/c it has three different protonation states that are favored at different pHs. Other acids (like nitric, for example) at least only have two protonation states to worry about…

if you click the second link instead when you encounter a loop, it fixes it, though.

wouldn’t count that stuff in the parenthesis, as it’s just showing the translation of “japonic lanuages” and then the transliteration of that translation. Sometimes they’ll have pronunciation or whatever in parentheses, and that shouldn’t count for the same reason.

If instead of clicking on “japanese” again, you had clicked on “language family”, you’d get all the way to philosophy in 8 or 9 clicks (i lost count and i’m too lazy to fix it).

yeah, but maybe they’re only able to read some arcane dead language.