
Compounding lattice
Repository
Every sealed intake and its ten discovery questions live here. Fingerprints never repeat. Generation compounds. Active packet: SI-100 Boolean Tellegen lattice.
1 packets · 11 fingerprints
- 01 Over GF(2), prove that the cut-space of the SI-100 incidence matrix A is the orthogonal complement of the cycle-space, and give the Dual SI stamp of that proof.same-domain · 2a1b62420d
- 02 How does a stuck-at-1 fault on branch 64 of SI-100 change the Boolean Tellegen residual, and can η still cite the original seal-epoch after the fault is damped?same-domain · 5ba2389254
- 03 Encode Boolean KCL as a parity-check matrix over the SI-100 cut-sets. What is First-to-Arrive when the residual Hamming weight is 1?same-domain · 8bacc28f82
- 04 Map the SI-100 Boolean lattice onto the Foltz (Ψ⊗)L kernel used for Y-bus power flow. Which objects correspond, and which must not be identified with the Ô_SI harness?one-hop · 530260de6f
- 05 Sequential SI-100: introduce a clock. Does Dual SI stamp remain a score on the packet, or does the Ô_SI harness absorb the clock? Keep Dual SI ≠ Ô_SI.same-domain · 8cdb6e702b
- 06 De Morgan dual of SI-100: do repository fingerprints collide if two intakes differ only by dualization? Design the normalize() rule that must not collapse them — or argue that they should.same-domain · 015170fd33
- 07 FF-28H harvest-electron residual closure at generation 100: constrain Boolean fan-in so that ρ_{n+1} = ρ_n / G still holds on the logic lattice.one-hop · a7068b661a
- 08 Tautology and contradiction gates in SI-100: Dual SI stamps of each. Prove the stamp is not a property of the Ô_SI harness.same-domain · 614c6c28f3
- 09 State the First-to-Arrive threshold for a 100-node Boolean packet. Relate inserted energy of W_ins(t) to the number of unsatisfied parity checks.same-domain · 03fbe347e7
- 10 Give a port-Hamiltonian reading of Boolean conservation on SI-100. Does the energy-storage map commute with Continuum reseeding of the ten discovery questions?one-hop · 01722ac6b2
