of rescaled planes converges along curves under convergence
ProvedFiniteEnergyPlane.tendstoLocallyUniformly_piDs_compcompactnesspseudoholomorphic-curvessymplectization
Let be finite-energy -holomorphic planes in the symplectization of a strictly star-shaped level , let , and suppose in with a finite-energy -holomorphic curve on an open set . If is continuous with image in a compact subset of , then locally uniformly on .
Winding numbers of the -component of a limit are compared with those of the sequence through this statement.
Formalization Note The functions are piDs H (u k) (L t) with values in , through the global -coordinates xiCoordC. The scaling does not appear on the left, since piDs depends only on the projection to .
Preamble
import Definitions.Def_FiniteEnergyPlane_Winding
Formal statement
namespace FiniteEnergyPlane
open MeasureTheory Metric Filter Topology
open scoped ContDiff ENNReal Real
/-- Let `uₖ` be finite-energy `J̃`-holomorphic planes in the symplectization of `S ⊂ ℝ⁴`, let `cₖ > 0`,
and suppose `cₖ • uₖ → w` in `C^∞_loc(U)`, with `w` a finite-energy curve on the open set `U`. For every
continuous curve `L` in a compact subset of `U`, the functions `t ↦ π ∂ₛ(uₖ)(L t)` converge locally
uniformly to `t ↦ π ∂ₛ(w)(L t)`. -/
theorem tendstoLocallyUniformly_piDs_comp (H : V 1 → ℝ) (hH : IsStrictlyStarShapedLevel H)
(J : V 1 → V 1 →L[ℝ] V 1) (hJ : IsCompatibleXiStructure H J) (U : Set ℂ) (hUo : IsOpen U)
(w : ℂ → V 1) (hw : IsFiniteEnergyCurve H J U w) (u : ℕ → ℂ → V 1)
(hfe : ∀ k, IsFiniteEnergyCurve H J Set.univ (u k)) (c : ℕ → ℝ) (hcpos : ∀ k, 0 < c k)
(hconv : JHolomorphic.TendstoCInftyLocOn (fun k z => c k • u k z) w U)
(L : ℝ → ℂ) (hLc : Continuous L) (S : Set ℂ) (hSc : IsCompact S) (hSU : S ⊆ U)
(hLS : ∀ t, L t ∈ S) :
TendstoLocallyUniformly (fun k t => piDs H (u k) (L t)) (fun t => piDs H w (L t)) atTop := by
sorry
end FiniteEnergyPlane
Source
Auxiliary to U. Hryniewicz, Trans. AMS 364 (2012), arXiv:0812.4076, Section 4