Event JSON
{
"id": "e94e5137f25e89cc03fb9b5075e7a2d6bad94952b1d6be45ca3cf1e47093f335",
"pubkey": "e0baa8ebcaeed55330a87a40682c68d13c3a914775b416071eddee59f74b962c",
"created_at": 1730590946,
"kind": 1,
"tags": [
[
"p",
"7e00ff73e9263c457ce3c0ac5847483cb545823bd1ac5e40f71c79dad969df40",
"wss://relay.mostr.pub"
],
[
"p",
"f3eaf89270fc0355ce2a91d69bca71c340a0a38b7c833b8ff837e8aaa0c98e82",
"wss://relay.mostr.pub"
],
[
"e",
"9bdd52c1a9cb3e3f6a9d2dcfe4bed4862c89489947af90e2099ba54a1b95aeb4",
"wss://relay.mostr.pub",
"reply"
],
[
"proxy",
"https://mstdn.io/users/sjb/statuses/113416008268590210",
"activitypub"
]
],
"content": "nostr:npub10cq07ulfyc7y2l8rczk9s36g8j65tq3m6xk9us8hr3ua4ktfmaqq9a6nm3 Only exception would be if you are standing near the light source and the object is getting further away. Then it appears smaller *and* darker (because the light has to travel further to it first). 1/r^4 in all. That appears in calculations of the brightness (magnitude) of the outer planets and asteroids (because we're near the Sun).",
"sig": "4c0e2469607bca2076f2c73bd09b0c68fba3b4ffed6688f119e9e5268adf96243a1689f8f50aebcf939c1108ed107e20aa32151286c20abd49c77b780af2b45d"
}
