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\bibcite{kontsevich}{KS01}
\bibcite{surveyli}{Li22}
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\bibcite{mustatanicaise}{MN15}
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\bibcite{zhang}{Zha17}

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\begin{thebibliography}{BGMPS16}
\bibitem[BFJ15]{solutionboucksom}
S{\'e}bastien Boucksom, Charles Favre, and Mattias Jonsson.
\newblock Solution to a non-{Archimedean} {Monge}-{Amp{\`e}re} equation.
\newblock {\em J. Am. Math. Soc.}, 28(3):617--667, 2015.
\bibitem[BGMPS16]{burgos}
Jos{\'e}~Ignacio Burgos~Gil, Atsushi Moriwaki, Patrice Philippon, and
Mart{\'{\i}}n Sombra.
\newblock Arithmetic positivity on toric varieties.
\newblock {\em J. Algebr. Geom.}, 25(2):201--272, 2016.
\bibitem[FdBP23]{javierpelka}
Javier Fern{\'a}ndez~de Bobadilla and Tomasz Pe{\l}ka.
\newblock Fibrations by {Lagrangian} tori for maximal {Calabi}-{Yau}
degenerations and beyond.
\newblock Preprint, {arXiv}:2312.13248 [math.{AG}] (2023), 2023.
\bibitem[FM83]{friedman}
Robert Friedman and David~R. Morrison.
\newblock {\em The Birational Geometry of Degenerations}, volume~29 of {\em
Progress in mathematics}.
\newblock Birkh{\"a}user, 1983.
\bibitem[Kaw08]{kawamata}
Yujiro Kawamata.
\newblock Flops connect minimal models.
\newblock {\em Publications of the research institute for mathematical
sciences}, 44(2):419--423, 2008.
\bibitem[KS01]{kontsevich}
Maxim Kontsevich and Yan Soibelman.
\newblock Homological mirror symmetry and torus fibrations.
\newblock In {\em Symplectic geometry and mirror symmetry. Proceedings of the
4th KIAS annual international conference, Seoul, South Korea, August 14--18,
2000}, pages 203--263. Singapore: World Scientific, 2001.
\bibitem[Li22]{surveyli}
Yang Li.
\newblock Survey on the metric {SYZ} conjecture and non-archimedean geometry.
\newblock Preprint, {arXiv}:2204.11363 [math.{AG}] (2022), 2022.
\bibitem[Li23]{metricli}
Yang Li.
\newblock Metric {SYZ} conjecture and non-{Archimedean} geometry.
\newblock {\em Duke Mathematical Journal}, 172(17):3227--3255, 2023.
\bibitem[MN15]{mustatanicaise}
Mircea Musta{\c{t}}{\u{a}} and Johannes Nicaise.
\newblock Weight functions on non-{Archimedean} analytic spaces and the
{Kontsevich}-{Soibelman} skeleton.
\newblock {\em Algebr. Geom.}, 2(3):365--404, 2015.
\bibitem[MPS21]{mazzon}
Enrica Mazzon and L{\'e}onard Pille-Schneider.
\newblock Toric geometry and integral affine structures in non-archimedean
mirror symmetry.
\newblock Preprint, {arXiv}:2110.04223 [math.{AG}] (2021), 2021.
\bibitem[NXY19]{nicaise}
Johannes Nicaise, Chenyang Xu, and Tony~Yue Yu.
\newblock The non-archimedean {SYZ}fibration.
\newblock {\em Compositio Mathematica}, 155(5):953--972, 2019.
\bibitem[Vil21]{vilsmeier}
Christian Vilsmeier.
\newblock A comparison of the real and non-{Archimedean} {Monge}-{Amp{\`e}re}
operator.
\newblock {\em Math. Z.}, 297(1-2):633--668, 2021.
\bibitem[Zha17]{zhang}
Yuguang Zhang.
\newblock Collapsing of {Calabi}-{Yau} manifolds and special {Lagrangian}
submanifolds.
\newblock {\em Zesz. Nauk. Uniw. Jagiell., Univ. Iagell. Acta Math.},
54:53--78, 2017.
\end{thebibliography}

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\documentclass[12 pt]{article}
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\title{Possible strategy on how to use Yang Li's ideas to produce the SLag fibration in codimension 2}
\begin{document}
\maketitle
The final goal is to solve Kontsevich and Soibelman's conjecture \cite[Conjecture 1 and 2]{kontsevich}, that is Calabi Yau fibers $X_t$ near the maximally degenerating limit should admit $\omega_{CY,t}$-Lagrangian fibrations which are special with respect to $\Omega_t$. For this we aim to produce a stronger version of \cite[Theorem 4.11]{metricli} (assuming the comparison property he obtains a SLag fibration where 99\% of the CY-measure is found) using a similar strategy but incorporating A'Campo spaces. Throughout we interchange curvatures/forms and their potentials. \par
The strategy relies on showing an analogue of \cite[Proposition 6.3]{surveyli} but in the submaximal locus, i.e. $\omega_{CY,t}$ is $C^{\infty}$ close to a SLag fibration $(X_t, dd^c(\phi_0\circ \overline{Log}_\X))$ over the base in codimension 2. Where
\begin{itemize}
\item $\phi_0$ is the solution to the NA Monge Ampère equation on $X^{an}$, which exists by \cite{solutionboucksom}.
\item $\overline{Log}_\X$ is the symplectic connection defined in \cite{javierpelka} (this replaces the locally defined $Log_\X$ which maps to $X^{an}$ used by Li).
\end{itemize}
Then by Zhang's result \cite[Section 4]{zhang} one would get the desired SLag fibrations.\par To show that $\omega_{CY,t}$ is $C^{\infty}$ close to a SLag fibration $(X_t, dd^c(\phi_0\circ \overline{Log}_\X))$, we wish to use the same idea as \cite{metricli}. That is
\begin{enumerate}
\item Show that they are \textbf{$C^0$ close}.
\item Show a \textbf{stronger version of Vilsmeier}'s \cite[Theorem 1.1]{vilsmeier} (also in \cite[Proposition 5.4]{surveyli}). His result states that assuming the NA MA-real MA comparison (see Definition \cite[Definition 5.6]{surveyli}), that is for some model $\X$ we have that $\phi_0$ factors through $r_\X$ on the preimage of the maximal open faces, then the pushforward through $r_\X$ of the NA MA measure gives a multiple of the real MA measure. \red{To do: Extend Vilsmeier's result to the submaximal faces}.
\item Show that the \textbf{NA MA-real MA comparison property holds} both in submaximal and maximal faces (modulo codimension 2). \red{Problem/To do: The comparison property has not been proven in neither case.}
\item If the above hold then the \textbf{regularity results} from elliptic PDE theory (see Savin's theorem \cite[Theorem 2.8]{metricli}) give that $C^0$ close implies $C^\infty$ close, and then we would be done.
\end{enumerate}
Let's look these steps in more detail.
\begin{enumerate}
\item To show that they are $C^0$ \textbf{close} we would want to somehow cleverly combine \cite[Section 4]{metricli} and \cite{javierpelka}. One could construct some NA FS-metric approximation (maybe passing to the universal cover?) as in \cite[Lemma 4.1]{metricli} and the main problem probably lies in controlling the dimension of the singular locus of the regularization (compare with \cite[Proposition 4.2]{metricli}). We might also need some variation of Vilsmeier's result in this part to show some control of the CY-measure which later would allow us to apply some Skoda inequality result in order to find a stability estimate (compare with \cite[Theorem 2.6]{metricli})
\item In order to \textbf{extend Vilsmeier}'s result one first needs
\begin{enumerate}
\item An \textbf{affine integral structure} to even be able to formulate the real MA equation.
\item Prove the result itself.
\end{enumerate}
Let's look at them separately:
\begin{enumerate}
\item It is known that $\Sk(X)$ carries a canonical \underline{piecewise} integral affine structure given by its embedding onto $X^{an}$ (\cite[3.2]{mustatanicaise}).
\begin{que}
Is there a \textbf{preferred integral affine structure} on $\Sk(X)$ in \underline{codimension 2}?
\end{que}
\begin{enumerate}[i.]
\item One possibility is to create it using the construction from the D-Branes and Mirror Symmetry book.
\item Another possible candidate would be to use the affine structure from \cite[Proposition 5.4]{nicaise}, they show that for a good minimal dlt model $\X$ one has that $r_\X:X^{an}\rightarrow \Sk(X)\backslash Z$ is a non-archimedean Lagrangian fibration, with $Z$ the union of faces of codimension $\geq 2$ in $\Sk(X)$. This produces an integral affine structure on $\Sk(X)\backslash Z$ which is compatible with the aforementioned piecewise affine structure, that is they give rise to the same piecewise integral affine functions on $\Sk(X)\backslash Z$.
\begin{que}
Which model do we select? Does the retraction map $r_\X$ depend on the good minimal dlt model \underline{in codimension 2}?
\end{que}
We know that the retraction map does depend on the model \cite[\S 2.6]{nicaise}, but it might be possible that it does not in codimension 2. Recall that dlt minimal models are related to each other by flops \cite{kawamata}, it would be sufficient then to prove that flops do not change $r_\X$ in codimension 2. \problem{Flops have a very abstract definition it might be difficult to find a strategy to tackle this problem}. Nevertheless some of the effects of blow-ups on the essential skeleton are known already and it points towards a positive answer \cite[\S 3.2]{mustatanicaise}. \par
Example: For degenerations of K3 surfaces dlt good minimal models or equivalently Kulikov models are related by Type 0, I and II modifications \cite[pp. 12-15]{friedman}. As seen in \cite[Example 2.7]{nicaise}, both Type 0 and type II modifications do not alter $r_\X$ but Type I degenerations do. Nevertheless they only change them on a vertex of the essential skeleton (flipping a curve from a component to an other means that points specializing to that curve will be now mapped to a different vertex).\par
\red{To do: Look for other counterexamples of differing retraction maps} For example in \cite{mazzon} and \cite[Appendix]{burgos} (both require non-trivial toric geometry).
\end{enumerate}
\item \red{To do: Understand Vilsmeier's proof and see how far one can mimic it}.\par A possibility is that $\phi_0$ does \underline{not} define a solution to the real MA. \red{Problem:} A global solution to the real MA equation in a segment might not have a global solution extending it to $\mathbb{S}^1$, since there is no convex function defined in $\mathbb{S}^1$ so one runs into problems in the degenerating elliptic curve case. Could one replace it by some multivaluated modification of $\phi_0$? This does not seem to be an a priori obstruction when we go onto the degenerating K3 surface case when one takes out some points out of the sphere. Hence this might not be an obstruction in the higher dimensional case after all.
\end{enumerate}
\begin{rmk}
One might not have to worry so much about $\phi_0$ since in the end the main interest is in $dd^c \phi_0$ so one might be able to only need some weaker arguments.
\end{rmk}
\item For the \textbf{comparison property} Li points out a couple of directions \cite[\S 5.6]{surveyli}.\begin{itemize}
\item Javier had the idea that the geometry arising from the NA SYZ fibration (from \cite{nicaise}) could be useful to tackle this problem.
\item \red{Probably worth reading carefully:} \cite{mazzon}.
\item Not every solution of an NA MA equation satisfies the comparison property as seen in \cite[Appendix]{burgos}, but this counterexample is given by atomic measures of defined by the MA on model functions so it seems far from what we are looking for. Also one may construct a bigger model for which it holds.
\end{itemize}
\item To use the \textbf{regularity results} for the solution of the MA equation $\phi_0$ we would like to have more information about its smooth locus on $\Sk(X)$. This is a problem since little is known about $\phi_0$ apart from continuity and being semipositive.\begin{itemize}
\item Li deals with this problem by ignoring the singular locus which has null measure. Since his result only deals with 99\% of the CY-measure, this is enough for the ``weak'' metric SYZ conjecture.
\item By \cite[\S 2.5]{metricli} the singular set has $(n-1)$ Hausdorff measure zero.
\end{itemize}
\end{enumerate}
Other possible ideas:
\begin{enumerate}[1'.]
\item Understand Zhang's construction \cite{zhang} to find other ways to produce families of SLag fibrations.
\end{enumerate}
\bibliographystyle{alpha}
\bibliography{referencies}
\end{document}

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pages = {201--272},
year = {2016}
}
@article{vilsmeier,
author = {Vilsmeier, Christian},
title = {A comparison of the real and non-{Archimedean} {Monge}-{Amp{\`e}re} operator},
fjournal = {Mathematische Zeitschrift},
journal = {Math. Z.},
issn = {0025-5874},
volume = {297},
number = {1-2},
pages = {633--668},
year = {2021}
}