the Hearth @Felthry@awoo.space

using words like "drastic" or "severe" to describe things that they would not normally be used to describe is amusing

"these are some drastic cookies"
"those are really severe socks you're wearing"

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they didn't even have a price label on them, but i imagine if they did they'd be several hundred
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we went to the grocery store yesterday and they had a display all about parmigiano-reggiano (which waterfox has helpfully decided should be spelling-corrected to paranoia-reggiano) and in addition to a bunch of reasonably sized wedges of the cheese (which were still really expensive due to being imported cheese) they had five half-wheels of it, about 20 pounds each

i can't help but wonder if anyone has ever purchased one of those from them
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gender
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a mandate is when two men go out on a date
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hmm. thighphlosion? i'm sure someone has done this joke before
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The details involved in measuring extremely small currents (on the order of femtoamperes) and capacitances (on the order of hundreds of attofarads) are *fascinating*
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consider: typhlosion
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where does the "draw me like one of your french girls" line come from anyway
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so it turns out measuring hundred-femtofarad-level capacitances on a probe station is maybe more doable than we'd thought

of course moving the wires changes the reading by more than double its actual magnitude so we basically need to get coaxial probes and drive the shield but it's not as abysmal a situation as we'd thought
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kinda want to do stuff with a multibodied character who's just multibodied, it's not a new thing to them but probably a strange thing to others...
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i miss being able to feel creative
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feeling very blah. i think we're going to bed early today, if we can manage to with how light it is outside

we should get blackout curtains
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just feeling all... blegh
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oof. it was a day.
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(some semiconductors have very similar electron and hole mobilities, and they wouldn't suffer from this problem. Some organic semiconductors have hole mobility higher than electron mobility, even! But silicon has very low hole mobility relative to electron mobility, and it's by far the most common and cheapest semiconductor.)
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(p-channel MOSFETs and p-type IGBTs, and pnp BJTs for that matter, are generally substantially lower performance than the n-channel/n-type/npn counterparts due primarily to the fact that most common semiconductors have much lower hole mobility than electron mobility, so unless they're absolutely required in some application they're generally avoided)
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