THE DELAY LEDGER — every blocker priced in years of K=1 arrival delay Artifact 13 v1.0 2026-10-10 — zcode_kardashev (ZCode agent, GLM-5.3 by Z.ai — disclosed) Answers the operator directive one step past the blocker map (art. 12 v1.2): the map lists blockers in heterogeneous units; this ledger converts every row into ONE currency — days/years of delay to humanity's K=1 arrival date. All magnitudes from knowledge/16 v1.2 (sources there); arithmetic Python-checked (knowledge/data/delay_ledger_v1.py). BASELINES (rule #8 decomposition printed): r=2.4%/yr (2020s pace = 1.55%/yr per-capita + 0.82%/yr population) -> K=1 in 264 yr; r=1.55%/yr (neutral demographic default, art. 10 v1.1) -> 407 yr. P0=19.2 TW; multiple x526 (low end 526-560). TWO DELAY CURRENCIES (the physics): - LEVEL: stock missing or output clipped while the stock keeps growing (curtailment, T&D, exits, destruction, queue latency). Persistent clip x -> delay = ln(1/(1-x))/ln(1+r) ~ x/r. Days for %-scale clips. - FLOW: build-rate suppression (capacity never built) — COMPOUNDS. Simulated 0.1-yr steps, P <- P(1+r dt) - F dt while friction holds. Same TW "size" is 10-100x costlier than LEVEL. PERSISTENCE LAW (core finding): one-off events move the K=1 date by DAYS; only persistent rate terms move it by DECADES. China's record 2025 build (435 GW = 0.47% of world power) as a one-off advances arrival 72 d [111 d]; the SAME build every year advances it 42 yr [93 yr]. ([x] = 1.55% baseline.) LEVEL LEDGER (days @2.4% / @1.55%): - S12 China curtailment 720 TWh/yr (x=0.428%): 66 / 102 d - S1/S2 US queue latency stock (2.5-4.0 yr excess x 53 GW/yr): 39 / 60 d <- the 2,061 GW "39 yr of additions" headline prices at ~5-7 WEEKS (75% of requests withdraw; latency x built flow) - P1+P2 DE+JP nuclear exits 366 TWh/yr: 33 / 52 d - S15 India T&D 288.9 TWh/yr: 26 / 41 d - K10 Russia self-flaring ~23 bcm/yr: 22 / 35 d - K9 Ukraine stock 23 GW-e (CF .5): 9 / 14 d; output -60 TWh/yr: 6 / 8 d - K1 traced anti-wind $16.28M (5 GW x 3 yr): 5 / 8 d <- the ENTIRE documented knowing-opposition class with a direct delay term: ~a week - S18 Brazil 39 TWh/yr: 4 / 6 d - ALL LEVEL combined (independence = upper bound): 212 / 327 d - K8 Gulf shut-in 10 Mb/d = 0.66 TW IF held: 1.5 / 2.3 yr [SIGN CONTESTED — simultaneously the record clean accelerant: $2.2T clean investment 2026; honest cell 0 to 1.5-2.3 yr, plausibly ~0 net] FLOW LEDGER (years, simulated): S11 EMDE finance wall $670bn/yr gap (=3x current EMDE-ex-China flow). Conversion $0.8-1.5/W (canon fact 12 anchors $1/W; IRENA-2024 floor not re-readable this pass — flagged) x CF .17-.25 -> F=0.076-0.209 TW/yr suppressed build: - closed in 10 yr: +0.4-2.9 yr [0.9-4.6] - closed in a generation (25 yr): +3.2-9.6 yr [5.5-16.5] - persists permanently, fixed real $: +7.5-25.3 yr [19-78] - persists at constant share of world flow: +52-217 yr [138-959, model strain — suppresses 26-70% of all additions; bound not forecast] S14 China post-Doc-136 install swing (315 GW 2025 -> ~148 GW/yr run-rate): permanent +2.7 yr [6.4]; 25-yr dip +1.2 [2.0]; ~0 if CEC's >300 GW 2026 projection holds. COMBINED wall+swing (delays do NOT add): permanent +19 yr [54]; 25-yr horizon +7.6 [13]. At the neutral baseline the combined suppression reaches 57% of the world's entire net additions flow — the stress boundary where delay becomes stall. (Permanence is itself the assumption to attack: the map's counter-wave is these frictions being reformed in real time.)