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@munin

I'm curious whether this is something that makes the situation with truthfulness worse or better in the same session. I would estimate worse, because that matches a pattern of someone digging themselves further in while being abused by an authority for their failures that's common in _some_ stories and repetitive when present.

@munin

Was he aware of the options? Was he able to do something other than trust the LLM about any sort of isolation being set up correctly?

I suspect that the answer is no, because otherwise it's hard to believe him not thinking about that for days.

@whitequark @0xabad1dea

I also don't really know, but a recording with a smartphone's microphone is unlikely to have significant harmonics at reasonable volumes (I once looked at recorded spectra of sweeps generated by a PC speaker, and they appeared fine modulo diminishing response as the frequency increased) and has some sort of reasonable frequency response up to ~15kHz. What I find most interesting here is what kind of frequency peaks are there, so the potentially-nonflat frequency response is not that important either.

@whitequark @0xabad1dea

Would you mind recording the sound and sharing the recording (or a picture of the spectrogram)?

@azonenberg Ok, so you are looking for correlation (and not necessarily clustering)?

@azonenberg

Does scores from raads-r actually cluster? Based on nothing but intuition (probably driven by poor quality sources) I would expect no pronounced boundary there.

@rysiek @briar @cwtch @VeilidNetwork

I think a list like this is a nice to have as a reference, ideally one that might still be reasonably up to date years from now. People used to have lists of various recommendations/interesting things by others on their websites. Perhaps it's something that would make sense for you to have?

@equinox @dubroy @pervognsen

OT(?): How do you avoid every reader having to do some amount of work to figure out if they're supposed to deallocate something due to a resize downward? (Or do you mean only resizes upward?)

@grrrr_shark

Small nit(?): you probably meant that he need not feel awkward. At least for some people it's hard to stop feeling awkward by conscious choice, and trying to do so is not necessarily useful (a.o., because failure to do so might cause feelings of guilt).

(This makes me wonder how similar social expectations around expressing awkwardness are to those around being emotional: both feel like things people would frown upon in public without any good reason I can see.)

@whitequark what would you use a sheet for (and how would you machine it?)

@silvermoon82 @robdaemon to DCs they have a sufficiently important dependency in (which will include random silly small things, and might not include where most compute is spent, because that might be more fault-tolerant).

@whitequark I vaguely remember reading in a Konrad Lorenz book that prey animals very rarely if at all fight for dominance, so don't have a concept of stopping a fight when the opponent submits, and that this leads to problems with keeping some kinds of bird in enclosures (they can't signal submission, nor can escape, because enclosure, so they are likely to injure each other significantly if a fight develops).

@ruuda It's not the increased pressure from vapor that counteracts ~anything as long as the liquid is incompressible: it's just that more of the liquid evaporates. I agree about that case, and at some point the trend has to reverse, because eventually all the water will boil (or, if the density in the container is too high, we will reach the critical conditions first).

Let's assume we have a fixed container filled with some amount of a liquid and its vapor. If we heat it up, obviously the fraction of mass that's in vapor form will increase (being in gas is higher energy state, fraction of stuff that's in a higher energy state increases as energy increases in a thermodynamic equilibrium; I might be wrong if there's something really wonky going on with surface tension). What about volume fraction? At first glance it seems that it can change in either direction.

en.wikipedia.org/wiki/Nusselt_ says:

> n = 0.4 for the fluid being heated, and n = 0.3 for the fluid being cooled.

WTAF. Why do we have different power laws for heat transfer between a solid and liquid when the flow is turbulent _depending on the direction of heat transfer_? I can't think of any simple mean field approximation of the process that would yield that.

@Nonya_Bidniss

Ah, I might have seen some other variants of the same concept (I saw them in toilets in Japan with no rhyme or reason that I could discern as to which ones would have them and which would have a separate sink).

@Nonya_Bidniss

(Potentially OT) Huh, I thought the point of those is saving water and encouraging people to wash hands after using the toilet. How do these prevent vandalism (of the sink or of the toilet?) and/or self-harm?

@simontatham

So, we should run away from shells (which separate paths in $PATH with a colon, which is a perfectly valid path of a directory name)?

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