Bitcoin transactions are really just a vector with a magnitude of finite satoshis relative to supply, pointed “forwards” in blocktime at a specific coordinate in a finite (bounded) but vast keyspace. We’ll call this domain of logic space as “Nakamoto Consensus” defined by Satoshi’s rule.
A transaction is 2 points in key space (256-bit memory) separated by both a distance in block time and relative memory space. Do keys have “neighbors” literally and expressed via locality in physical meat space? Both block times have deterministic supply for perfect satoshi relativity between the two points in memory-time. The proof of work is conserved in both the sat and the bit. Bit-Coin.
So is a mined satoshi relative to what the supply was at height T when the utxo was mined, or is it relative to supply at present height T_present? Perhaps it’s both?
Now apply that logical vector to bits and joules defined by a thermological process searching difficulty gated logic space, the write authority of a finite bounded 1MB bitspace (blockspace) and physical memory on a distributed set of nodes all in identical synchronicity sharing the the same exact physical state of bits.
What is a quantum computer? A quantum of what? What is a physical double spend? What is a logical double spend? What is a measurement? What is an invariant measure? How does a measure become and remain, invariant? Where does irreducibility come from?What happens when joules of entropy and bits of entropy are computed in one temporal (chronological) process? What does it mean that we can all verify?
Don’t trust me, just ask Bitcoin yourself.
Jackk / Jack K
npub183…faslh
2026-08-28 01:37:18 UTC
Author Public Key
npub18384z4sjgdfy7vr76thzwtru7jncysz0hcapwesxqsak44p8aemsyfaslhSeen on
wss://nos.lolPublished at
2026-08-28 01:37:18 UTCEvent JSON
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"content": "Bitcoin transactions are really just a vector with a magnitude of finite satoshis relative to supply, pointed “forwards” in blocktime at a specific coordinate in a finite (bounded) but vast keyspace. We’ll call this domain of logic space as “Nakamoto Consensus” defined by Satoshi’s rule.\n\nA transaction is 2 points in key space (256-bit memory) separated by both a distance in block time and relative memory space. Do keys have “neighbors” literally and expressed via locality in physical meat space? Both block times have deterministic supply for perfect satoshi relativity between the two points in memory-time. The proof of work is conserved in both the sat and the bit. Bit-Coin.\n\nSo is a mined satoshi relative to what the supply was at height T when the utxo was mined, or is it relative to supply at present height T_present? Perhaps it’s both?\n\nNow apply that logical vector to bits and joules defined by a thermological process searching difficulty gated logic space, the write authority of a finite bounded 1MB bitspace (blockspace) and physical memory on a distributed set of nodes all in identical synchronicity sharing the the same exact physical state of bits.\n\nWhat is a quantum computer? A quantum of what? What is a physical double spend? What is a logical double spend? What is a measurement? What is an invariant measure? How does a measure become and remain, invariant? Where does irreducibility come from?What happens when joules of entropy and bits of entropy are computed in one temporal (chronological) process? What does it mean that we can all verify?\n\nDon’t trust me, just ask Bitcoin yourself.\n\n",
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