Event JSON
{
"id": "217f92a820dd515383cb2609d83f5263924269153f259a1a70b5b1ea47a9f474",
"pubkey": "0803e34c7b69a7a608100b773e10f0a07a8d6b97d9ae2fca575156f46ea4e186",
"created_at": 1722542510,
"kind": 1,
"tags": [
[
"p",
"b4c50e1bc1d7c4e1372d0c767c4705509f070b0f3109447d90cd0eb34a992896",
"wss://relay.mostr.pub"
],
[
"p",
"f7346eb283902ada9d21c109a93e83128d9f87d8fcfe70ad819b3bf2ad9bce16",
"wss://relay.mostr.pub"
],
[
"e",
"822ac724593201fba3bb67599432e8cffe7a471a9a4f7b7a01fb80ba5a4efa6d",
"wss://relay.mostr.pub",
"reply"
],
[
"proxy",
"https://social.fbxl.net/objects/06c0997e-f332-49c3-95c8-c749daeac706",
"activitypub"
]
],
"content": "nostr:npub1knzsux7p6lzwzdedp3m8c3c92z0swzc0xyy5glvse58txj5e9ztqpac73p Layman here. How can temperature be equivalent to Planck's constant times i if the latter is a constant but the former is a variable?",
"sig": "8b0562eebce1a4db6b8f6bfa9d271e50c1317950a76a1798fea40d4801893f76ff848c2467263a6b8aa9e38c5856cbb6be6f41f1137b9b7b61c42461c617ff90"
}