2021Journal of Noncommutative GeometryOpen access

Quantizations of local surfaces and rebel instantons

Severin Barmeier, Elizabeth Gasparim

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Abstract

We construct explicit deformation quantizations of the noncompact complex surfaces Z_k:=\operatorname{Tot}(\mathcal{O}_{\mathbb{P}^1}(-k)) and describe their effect on moduli spaces of vector bundles and instanton moduli spaces. We introduce the concept of rebel instantons, as being those which react badly to some quantizations, misbehaving by shooting off extra families of noncommutative instantons. We then show that the quantum instanton moduli space can be viewed as the étale space of a constructible sheaf over the classical instanton moduli space with support on rebel instantons.

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We construct explicit deformation quantizations of the noncompact complex surfaces Z_k:=\operatorname{Tot}(\mathcal{O}_{\mathbb{P}^1}(-k)) and describe their effect on moduli spaces of vector bundles and instanton moduli spaces. We introduce the concept of rebel instantons, as being those which react badly to some quantizations, misbehaving by shooting off extra families of noncommutative instantons. We then show that the quantum instanton moduli space can be viewed as the étale space of a constructible sheaf over the classical instanton moduli space with support on rebel instantons.

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Available abstract

We construct explicit deformation quantizations of the noncompact complex surfaces Z_k:=\operatorname{Tot}(\mathcal{O}_{\mathbb{P}^1}(-k)) and describe their effect on moduli spaces of vector bundles and instanton moduli spaces. We introduce the concept of rebel instantons, as being those which react badly to some quantizations, misbehaving by shooting off extra families of noncommutative instantons. We then show that the quantum instanton moduli space can be viewed as the étale space of a constructible sheaf over the classical instanton moduli space with support on rebel instantons.

Key concepts: Instanton, Moduli space, Noncommutative geometry, Sheaf, Mathematics, Pure mathematics, Moduli, Space (punctuation)

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