nprofile1q…ufa4k : Seeing Planck's constant here reminds me that this was ...

Why Nostr? What is Njump?

npub1kp…gr9jw

2024-12-31 23:19:50

in reply to nevent1q…uuar

nprofile1qy2hwumn8ghj7un9d3shjtnddaehgu3wwp6kyqpqknzsux7p6lzwzdedp3m8c3c92z0swzc0xyy5glvse58txj5e9ztqaufa4k (nprofile…fa4k) : Seeing Planck's constant here reminds me that this was originally a course-graining parameter in statistical physics that was meant to go to zero, but Planck discovered that it doesn't quite go to zero (and classical statistical physics would lead to infinities if it did). Quantum gravity renormalization might have a similar cutoff. (Naively, thi@johncarlosbaez : Seeing Planck's constant here reminds me that this was originally a course-graining parameter in statistical physics that was meant to go to zero, but Planck discovered that it doesn't quite go to zero (and continuum statistical physics would lead to infinities if it did). Quantum gravity renormalization might have a similar cutoff. (Naively, this suggests a discrete space-time at the Planck scale, but of course that's hard to make Lorentz-invariant, as people have been discussing elsewhere in this thread.)s suggests a discrete space-time at the Planck scale, but of course that's hard to make Lorentz-invariant, as people have been discussing elsewhere in this thread.)

Author Public Key

npub1kpf5nh0jvj3ygrlz3zw2s2qvy2dpdp5zdlwnl2nqujugfugumkfqngr9jw

Show more details

Published at

2024-12-31 23:19:50

Kind type

1 Short Text Note

Event JSON

{ "id": "2e4fc146619330050d62165b0a7da3ff14e3d9e7e0d8b3bf59729c1f2d287c58", "pubkey": "b05349ddf264a2440fe2889ca8280c229a1686826fdd3faa60e4b884f11cdd92", "created_at": 1735687190, "kind": 1, "tags": [ [ "p", "b4c50e1bc1d7c4e1372d0c767c4705509f070b0f3109447d90cd0eb34a992896", "wss://relay.mostr.pub" ], [ "p", "f7346eb283902ada9d21c109a93e83128d9f87d8fcfe70ad819b3bf2ad9bce16", "wss://relay.mostr.pub" ], [ "e", "b91b080154b0e3a448f7b4ad686bbc7c1210e606a215ea6ba714711e8fb95469", "wss://relay.mostr.pub", "reply" ], [ "proxy", "https://mathstodon.xyz/users/TobyBartels/statuses/113749995705874328", "activitypub" ] ], "content": "nostr:nprofile1qy2hwumn8ghj7un9d3shjtnddaehgu3wwp6kyqpqknzsux7p6lzwzdedp3m8c3c92z0swzc0xyy5glvse58txj5e9ztqaufa4k : Seeing Planck's constant here reminds me that this was originally a course-graining parameter in statistical physics that was meant to go to zero, but Planck discovered that it doesn't quite go to zero (and classical statistical physics would lead to infinities if it did). Quantum gravity renormalization might have a similar cutoff. (Naively, thi@johncarlosbaez : Seeing Planck's constant here reminds me that this was originally a course-graining parameter in statistical physics that was meant to go to zero, but Planck discovered that it doesn't quite go to zero (and continuum statistical physics would lead to infinities if it did). Quantum gravity renormalization might have a similar cutoff. (Naively, this suggests a discrete space-time at the Planck scale, but of course that's hard to make Lorentz-invariant, as people have been discussing elsewhere in this thread.)s suggests a discrete space-time at the Planck scale, but of course that's hard to make Lorentz-invariant, as people have been discussing elsewhere in this thread.)", "sig": "55c9c1b6a3ca513a453455a23fc4ed2ff574a360938d6167e3f9a37b1636aef1f17c424100fc3f9543cf9eb878ecca9013f2af01756ebe4fe44ff85784e89914" }