This is how I spent my Friday evening alongside calculating how close you could get to the center of a black hole without dying or getting sucked in
What makes that interesting is smaller black holes produce gamma radiation so you have to balance shrinking the point of no return with radiation poisoning
By my estimate a black hole with a mass in kilograms between 1E14 and 1E15 (mid sized asteroid) are the sweet spot where you could get within 50ish meters if you don't mind a tiny bit of cancer
We're looking at the greatest polymath of our time here, folks
@endrift Schwarzschild. I imagined the black hole as somehow ominously floating at shoulder height on the surface of Earth without sucking up anything on the ground. In that case I figured the lethal distance would be when the gravitational acceleration became stronger than that of Earth so you'd get yoinked off your feet
So such a small black hole would have a miniscule radius but a strong gravitational field and radiation at a distance of tens of meters
I experimented with various AI-Text-To-Speech-Voices. i entered long strings of vowels (aaaaaaaa..., eeeeee..., etc). i made a composition out of these results. everything sound is completely without
@jenbanim slightly related: do you know the "Pink Trombone"? It's an interactive mouth/throat/tongue that creates the corresponding sounds: