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Bounds on Embeddings of Rational Homology Balls in Symplectic 4-manifolds

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abstract

The rational homology balls $B_n$ appeared in Fintushel and Stern's rational blow-down construction [FS2]. Later, Symington [Sy1], defined this operation in the symplectic category. In [Kh2], the author defined the inverse procedure, the symplectic rational blow-up. In this paper, we study the obstructions to symplectically rationally blowing up a symplectic 4-manifold, i.e. the obstructions to symplectically embedding the rational homology balls $B_n$ into a symplectic 4-manifold. We prove a theorem and give additional examples which suggest that in order to symplectically embed the rational homology balls $B_n$, for high n, a symplectic 4-manifold must at least have a high enough $c_1^2$ as well.

fields

math.SG 1

years

2026 1

verdicts

UNVERDICTED 1

representative citing papers

The nearby Lagrangian conjecture for pinwheels

math.SG · 2026-05-21 · unverdicted · novelty 8.0 · 2 refs

Any two Lagrangian (p,q)-pinwheel embeddings in B_{p,q} are Hamiltonian isotopic, with Symp_c(B_{p,q}) generated by the pintwist τ_{p,q}.

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  • The nearby Lagrangian conjecture for pinwheels math.SG · 2026-05-21 · unverdicted · none · ref 44 · 2 links · internal anchor

    Any two Lagrangian (p,q)-pinwheel embeddings in B_{p,q} are Hamiltonian isotopic, with Symp_c(B_{p,q}) generated by the pintwist τ_{p,q}.