Did a quick search and yep, it was a collection of rubidium atoms https://www.livescience.com/black-hole-analog-confirms-hawking.html
technohacker
Ah sorry I meant a default argument which was a dict, thanks for the tip tho!
Oh I had a similar bug but with defaulted dicts. Default args are constructed once and reused. Not a problem for immutable args, but mutables like dicts (and sets I'd also assume) are all shared.
EDIT: whoops, didn't see you spoilered the answer, my bad! If it helps, i found my bug when dealing with cross-thread stuff, so that was a fun moment to bisect
Oof right in the feels
Ah right I worded that wrong, sorry!
I guess what I mean to say is, would a non-negligible sized "singularity" (I know I'm messing with that term quite a bit, I'll stray from the mathematical definition) be consistent with our current theories?
Gonna hijack this post to ask a somewhat related but possibly stupid question, would it be possible that instead of a singularity there happened to be a region of space with non-negligible size (ie, not a point sized region) that acted like a well instead? Things could "fall" into that well and not be able to escape, but it's not like everything in the well is at a single point.
Ooooh yikes, my bad. I'll edit to fix 😅
Ungoogled Chromium.for me, pretty convenient as a Flatpak
EDIT: I missed the memo about Kiwi being an Android-only browser, whoops!
I can suggest LogSeq as a nice alternative for Obsidian. Notes are all in Markdown too!
I wonder if the Henry Stickmin collection was the reason it took off
That BASIC GOTO joke got me real good, kudos to the author xD