3cap on Nostr: Ordinal NFT data inscriptions likely won't bring consistent block space demand for ...
Ordinal NFT data inscriptions likely won't bring consistent block space demand for the next 100+ years.
If the world adopts the Lightning Network as a global payments network, there may be nearly infinite demand for opening (routing) channels at a low enough transaction fee.
For example, node operators may know if they can open a channel at ~20 sats/vbyte it will be profitable.
Approaching 1 sat/vbyte, there may be nearly infinite profitable Lightning channels to be opened. However because of this, the mempool may find equilibrium at ~3 sat/vbyte.
This isn't necessarily good or bad. Just how it may play out.
Published at
2023-02-27 00:20:09Event JSON
{
"id": "e7c96c95ebbadcc79e9c9494c18f35ad89614e127c179a900fda14dded4bceb2",
"pubkey": "151b02c7ecd72c4f4ebaf696677ba00940dc12f07bc0d86c85d42b6d01a71b3a",
"created_at": 1677457209,
"kind": 1,
"tags": [],
"content": "Ordinal NFT data inscriptions likely won't bring consistent block space demand for the next 100+ years.\n\nIf the world adopts the Lightning Network as a global payments network, there may be nearly infinite demand for opening (routing) channels at a low enough transaction fee.\n\nFor example, node operators may know if they can open a channel at ~20 sats/vbyte it will be profitable.\n\nApproaching 1 sat/vbyte, there may be nearly infinite profitable Lightning channels to be opened. However because of this, the mempool may find equilibrium at ~3 sat/vbyte.\n\nThis isn't necessarily good or bad. Just how it may play out.",
"sig": "c58e3d240c264541a96f9ead6943b6597f2e6e18b8d72328381848620fd93d2da7c529012e703cc25895f579d94e2391af75bdd56dd49be6ef66e1fe4b710da5"
}