F
Florian Bertrand
Researcher at American University of Beirut
Publications - 46
Citations - 164
Florian Bertrand is an academic researcher from American University of Beirut. The author has contributed to research in topics: Almost complex manifold & Holomorphic function. The author has an hindex of 6, co-authored 44 publications receiving 128 citations. Previous affiliations of Florian Bertrand include University of Wisconsin-Madison & University of Vienna.
Papers
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Stationary holomorphic discs and finite jet determination problems
Florian Bertrand,Léa Blanc-Centi +1 more
TL;DR: In this paper, a family of small analytic discs attached to Levi non-degenerate hypersurfaces is constructed, which is globally biholomorphically invariant, and applied to study unique determination problems.
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Stationary discs and finite jet determination for non-degenerate generic real submanifolds
TL;DR: In this paper, a generic real submanifold of class C 4 was constructed for Levi non-degenerate in the sense Tumanov, and the method of stationary discs was applied to obtain 2-jet determination of CR automorphisms of M.
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Dirichlet and Neumann problems for planar domains with parameter
TL;DR: In this paper, the existence of smooth embeddings from D, the closure of the unit disc, ontosuch that is smooth on D × I and real analytic at ( √ −1,0) ∈ D ×I, but for every family of Riemann mappings R(·,�) fromonto D, R(( z,�),�) is not real analytic.
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Stationary Discs for Smooth Hypersurfaces of Finite Type and Finite Jet Determination
TL;DR: In this paper, a finite manifold of invariant holomorphic discs attached to a certain class of smooth pseudoconvex hypersurfaces of finite type was constructed, which generalizes the notion of stationary discs.
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Sharp estimates of the Kobayashi metric and Gromov hyperbolicity
TL;DR: Balogh et al. as discussed by the authors gave sharp estimates of the Kobayashi metric on strictly pseudoconvex domains based on an asymptotic quantitative description of both the domain D and the almost complex structure J near a boundary point.