OAI/Analysis/CoulombTransport/RealCounterexampleAssembly.lean
3 declarations, 0 contain sorry, 0 declared as axioms
- lemma
OAI.Problem356.coulombCost_pos_realAssemblyline 13 - lemma
OAI.Problem356.triplePotential_shifted_contact_iffline 22Source documentation
For the strictly positive Coulomb cost, the shifted and signed contact conditions are equivalent; no nonnegativity assumption on the signed sum is needed.
lemma triplePotential_shifted_contact_iff {u : E3 → ℝ} {M : ℝ} {t : Triple} (hM : 0 ≤ M) (h1 : -M ≤ u (tripleFst t)) (h2 : -M ≤ u (tripleSnd t)) (h3 : -M ≤ u (tripleThd t)) : (triplePotential (shiftedPotential u M) t = coulombCost t + ENNReal.ofReal (3 * M)) ↔ ENNReal.ofReal (u (tripleFst t) + u (tripleSnd t) + u (tripleThd t)) = coulombCost t := …Mentions: OAI.Problem356.E3, OAI.Problem356.Triple, OAI.Problem356.tripleFst, OAI.Problem356.tripleSnd, OAI.Problem356.tripleThd, OAI.Problem356.triplePotential, OAI.Problem356.shiftedPotential, OAI.Problem356.coulombCost
- theorem
OAI.Problem356.hasCoulombCounterexample_of_real_branchesline 32