Built on Bitmap Signal Theory by @blockamoto Index and protocols by @blockapunk
TURING MACHINE · BITCOIN SIGNAL THEORY

Bitcoin is Turing complete.

A Turing machine needs: a tape, a read/write head, states, a transition function, and a clock.

Tape = Bitcoin inscriptions States = SELF · NOMINATE · VETO · DEFER Clock = every 10 minutes (boundary) Head = Bitronaut (reads) + Inscriber (writes) Program = a PACT
01 AI TRANSITION
01 · AI TRANSITION

The AI reasons about the current state.

Bitronaut reads the current signals on Bitcoin. The AI reasons: what should happen next? The Inscriber writes the next signal.

AI reasoning will appear here.
02 PACT TRANSITION
02 · PACT TRANSITION

The PACT defines the rules.

A PACT article is a transition rule. IF signal = X AND boundary = N THEN write signal Y to district Z. Deterministic. Verifiable. On Bitcoin.

IF signals AND boundary is reached THEN write to
INSCRIBE THIS PACT → 
{}
03 CODE TRANSITION
03 · CODE TRANSITION

Pure logic. No AI. No human.

A deterministic rule in code. Input: current signal + boundary. Output: next signal + district. 100% predictable. 100% verifiable.

IF signal == "self" AND district == "736113.bitmap": next_signal = "nominate" next_district = "180757.bitmap" IF signal == "nominate" AND district == "180757.bitmap": next_signal = "self" next_district = "999999.bitmap" IF signal == "self" AND district == "999999.bitmap": next_signal = "veto" next_district = "736113.bitmap"
District: Signal: INSCRIBE AS PACT →
Simulation steps will appear here.

When the machine revisits the same district+signal pair, the loop is visible and verifiable.

04 LIVE EXECUTOR
04 · LIVE EXECUTOR

The machine is running.

The PACT executor checks every 10 minutes. When conditions are met, it inscribes the next signal on Bitcoin automatically.

Click CHECK STATUS to see the executor log.