Laurie James
@sicklydove.bsky.social
Videogame code person. Lead Backend Programmer @ Sumo Digital. Freelanced for a bit, maybe getting back on my bullshit.
Green Party member; knows a lot about mushrooms. Plays too much Rocket League.
Green Party member; knows a lot about mushrooms. Plays too much Rocket League.
Sick!! Sounds like it was worth it :D
February 18, 2025 at 10:47 AM
Sick!! Sounds like it was worth it :D
Hope you're alright mate! Skate related? I'm recovering from a broken ankle....
February 17, 2025 at 3:24 PM
Hope you're alright mate! Skate related? I'm recovering from a broken ankle....
Disclaimer: I am not a physicist or a mathematician and the above is probably completely wrong.
February 13, 2025 at 11:29 AM
Disclaimer: I am not a physicist or a mathematician and the above is probably completely wrong.
So far away that it would be impossible to resolve. Very approximately:
Distance from an object is width / angle
That image looks like it's about 20 light-years across.
Assuming it takes up your full field of vision, ~135 degrees, we get:
20 light-years / 2.4 radians = 8.3 light-years away
Distance from an object is width / angle
That image looks like it's about 20 light-years across.
Assuming it takes up your full field of vision, ~135 degrees, we get:
20 light-years / 2.4 radians = 8.3 light-years away
February 13, 2025 at 11:29 AM
So far away that it would be impossible to resolve. Very approximately:
Distance from an object is width / angle
That image looks like it's about 20 light-years across.
Assuming it takes up your full field of vision, ~135 degrees, we get:
20 light-years / 2.4 radians = 8.3 light-years away
Distance from an object is width / angle
That image looks like it's about 20 light-years across.
Assuming it takes up your full field of vision, ~135 degrees, we get:
20 light-years / 2.4 radians = 8.3 light-years away