activity
20172026
most citedHomotopy theory of algebraic quantum field theories

29 citations · 110 across the 27 of their papers we have counts for

collaborators

31 papers

math.QA2026

Modular Functors with Singularities from Vertex Operator Algebras Beyond Rigidity and Finiteness

Lukas Müller, Lukas Woike

For a vertex operator algebra and a certain category of its modules, we propose a construction for spaces of conformal blocks organized into an open-closed modular functor with…

math.QA2025

Pivotal Module Categories, Factorization Homology and Modular Invariant Modified Traces

Jorge Becerra, Lukas Woike

The algebraic notion of a pivotal module category was developed by Schaumann and Shimizu and is central to the description of boundary conditions in conformal field theory accordin…

math.QA2025

The Construction of Correlators in Finite Rigid Logarithmic Conformal Field Theory

Lukas Woike

For logarithmic conformal field theories whose monodromy data is given by a not necessarily semisimple modular category, we solve the problem of constructing and classifying the co…

math.QA2025

Reflection Equivariance and the Heisenberg Picture for Spaces of Conformal Blocks

Lukas Woike

Monoidal product, braiding, balancing and weak duality are pieces of algebraic information that are well-known to have their origin in oriented genus zero surfaces and their mappin…

math.QA2025

Modular functors from conformal blocks of rational vertex operator algebras

Chiara Damiolini, Lukas Woike

For a vertex operator algebra , one may naturally define spaces of conformal blocks following a construction of Frenkel-Ben-Zvi generalized by Damiolini-Gibney-Tarasca. If i…

math.QA2024

Admissible Skein Modules and Ansular Functors: A Comparison

Lukas Müller, Lukas Woike

Given a finite ribbon category, there are two possibilities for an extension defined on all three-dimensional handlebodies: On the one hand, one can use the admissible skein module…

math.QA2024

The Cyclic and Modular Microcosm Principle in Quantum Topology

Lukas Woike

Monoidal categories with additional structure such as a braiding or some form of duality abound in quantum topology. They often appear in tandem with Frobenius algebras inside them…

math.QA2024★ 1 cited

Categorified Open Topological Field Theories

Lukas Müller, Lukas Woike

In this short note, we classify linear categorified open topological field theories in dimension two by pivotal Grothendieck-Verdier categories, a type of monoidal category equippe…

math.QA2023

The Lyubashenko Modular Functor for Drinfeld Centers via Non-Semisimple String-Nets

Lukas Müller, Christoph Schweigert, Lukas Woike +1

The Levin-Wen string-nets of a spherical fusion category describe, by results of Kirillov and Bartlett, the representations of mapping class groups of closed surfaces…

math.QA2023★ 1 cited

The Dehn Twist Action for Quantum Representations of Mapping Class Groups

Lukas Müller, Lukas Woike

We calculate the Dehn twist action on the spaces of conformal blocks of a not necessarily semisimple modular category. In particular, we give the order of the Dehn twists under the…

math.QA2022★ 1 cited

A Classification of Modular Functors via Factorization Homology

Adrien Brochier, Lukas Woike

Modular functors are traditionally defined as systems of projective representations of mapping class groups of surfaces that are compatible with gluing. They can formally be descri…

math.QA2022

The distinguished invertible object as ribbon dualizing object in the Drinfeld center

Lukas Müller, Lukas Woike

We prove that the Drinfeld center of a pivotal finite tensor category comes with the structure of a ribbon Grothendieck-Verdier category in the sense…

math.QA2022

Homotopy Invariants of Braided Commutative Algebras and the Deligne Conjecture for Finite Tensor Categories

Christoph Schweigert, Lukas Woike

It is easy to find algebras in a finite tensor category that naturally come with a lift to a braided commutative algebra $\mathsf{T}\in Z(\…

math.QA2022★ 2 cited

Classification of Consistent Systems of Handlebody Group Representations

Lukas Müller, Lukas Woike

The classifying spaces of handlebody groups form a modular operad. Algebras over the handlebody operad yield systems of representations of handlebody groups that are compatible wit…

math.AT2022★ 1 cited

The Diffeomorphism Group of the Solid Closed Torus and Hochschild Homology

Lukas Müller, Lukas Woike

We prove that for a self-injective ribbon Grothendieck-Verdier category in the sense of Boyarchenko-Drinfeld the cyclic action on the Hochschild complex of $\mathcal{…

math.QA2021

The differential graded Verlinde Formula and the Deligne Conjecture

Christoph Schweigert, Lukas Woike

A modular category gives rise to a differential graded modular functor, i.e. a system of projective mapping class group representations on chain complexes. This diffe…

math.QA2021

The Trace Field Theory of a Finite Tensor Category

Christoph Schweigert, Lukas Woike

Given a finite tensor category , we prove that a modified trace on the tensor ideal of projective objects can be obtained from a suitable trivialization of the Nakayam…

math.QA2020

Cyclic framed little disks algebras, Grothendieck-Verdier duality and handlebody group representations

Lukas Müller, Lukas Woike

We characterize cyclic algebras over the associative and the framed little 2-disks operad in any symmetric monoidal bicategory. The cyclicity is appropriately treated in a coherent…

math.QA2020★ 14 cited

Homotopy Coherent Mapping Class Group Actions and Excision for Hochschild Complexes of Modular Categories

Christoph Schweigert, Lukas Woike

Given any modular category over an algebraically closed field , we extract a sequence of -bimodules. We show that the Hochschild cha…

math.QA2020★ 4 cited

Dimensional Reduction, Extended Topological Field Theories and Orbifoldization

Lukas Müller, Lukas Woike

We prove a decomposition formula for the dimensional reduction of an extended topological field theory that arises as an orbifold of an equivariant topological field theory. Our de…

math-ph2020★ 11 cited

Categorification of algebraic quantum field theories

Marco Benini, Marco Perin, Alexander Schenkel +1

This paper develops a concept of 2-categorical algebraic quantum field theories (2AQFTs) that assign locally presentable linear categories to spacetimes. It is proven that ordinary…

math.QA2019★ 10 cited

The Hochschild Complex of a Finite Tensor Category

Christoph Schweigert, Lukas Woike

Modular functors, i.e. consistent systems of projective representations of mapping class groups of surfaces, have been constructed for non-semisimple modular categories already dec…

math.AT2019★ 3 cited

The Little Bundles Operad

Lukas Müller, Lukas Woike

Hurwitz spaces are homotopy quotients of the braid group action on the moduli space of principal bundles over a punctured plane. By considering a certain model for this homotopy qu…

math.AT2018

Equivariant Higher Hochschild Homology and Topological Field Theories

Lukas Müller, Lukas Woike

We present a version of higher Hochschild homology for spaces equipped with principal bundles for a structure group . As coefficients, we allow -algebras with -acti…