Analytical Engine
Note G
A.A.L., 1843
Difference Engine No. 2
Schematic XLII
C. Babbage, Esq.
MSS. 1843
Folio 27
Page 42
Width: Law
Gas: Theft
Return: Sender
SYS:KARSA
VER:1971.1
CPU:370/168
MEM:16MB
DISK:3330
TAPE:3420
INIT:1843
BUILD:1971
MODE:REAL
GAS:THEFT
WIDTH:LAW
RTS:SENDER

MOBIUS ×3

THREE CONNECTED SUBSTRATES · ONE STRIP EACH · 30 AROUND 3

SUBSTRATE A

0.0.5
10 steps

SUBSTRATE B

0.0.5
10 steps

SUBSTRATE C

0.0.5
10 steps
Strips
3
Total Steps
30
Centers
3
Ratio
10:1
Logic
CUBI
Holonomy
0
3 STRIPS × 10 STEPS = 30 AROUND 3 CENTERS

TRIPLE CUBI

// Not 3-body problem // 3 × 1-body solutions Strip A: 0.0.0 → 0.0.0.5 → 5.0.0.0 → 0.0.0 = 10 steps around 1 Strip B: 0.0.0 → 0.0.0.5 → 5.0.0.0 → 0.0.0 = 10 steps around 1 Strip C: 0.0.0 → 0.0.0.5 → 5.0.0.0 → 0.0.0 = 10 steps around 1 Total: 30 steps around 3 centers Ratio: 10:1 per strip = CUBI Net: 0 holonomy (30 ≡ 0 mod 10) Connected substrates share the twist: A.5 → B.0 B.5 → C.0 C.5 → A.0 Perpetual circulation across 3 surfaces. Each surface: 1-sided Total system: 3-sided? No. 1-sided. Because connected = merged.