We propose a way of computing 4-manifold invariants, old and new, as chiral correlation functions in half-twisted 2d N = (0, 2) theories that arise from compactification of fivebranes. Such formulation gives a new interpretation of some known statements about Seiberg-Witten invariants, such as the basic class condition, and gives a prediction for structural properties of the multi-monopole invariants and their non-abelian generalizations
We study the path integral of a twisted N=2 supersymmetric Yang-Mills theory coupled with hypermulti...
We take a peek at a general program that associates vertex (or, chiral) algebras to smooth 4-manifol...
It is known that the Seiberg-Witten invariants, derived from supersymmetric Yang-Mill theories in fo...
We propose a way of computing 4-manifold invariants, old and new, as chiral correlation functions i...
Four-dimensional cohomological quantum field theories possess topological sectors of correlation fun...
AbstractMotivated by developments in quantum field theory, Witten has conjectured a relation between...
We build a connection between topology of smooth 4-manifolds and the theory of topological modular f...
We describe rules for building 2d theories labeled by 4-manifolds. Using the proposed dictionary bet...
We build a connection between topology of smooth 4-manifolds and the theory of topological modular f...
The Seiberg-Witten monopole equations, and a new invariant for 4-manifolds which results from these ...
AbstractMotivated by developments in quantum field theory, Witten has conjectured a relation between...
We propose a way to define and compute invariants of general smooth 4-manifolds based on topological...
The lectures in this volume provide a perspective on how 4-manifold theory was studied before the di...
We continue our program initiated in [1] to consider supersymmetric surface operators in a topologic...
We discuss the notion of translation-invariant vacua for 2d chiral algebras and relate it to the not...
We study the path integral of a twisted N=2 supersymmetric Yang-Mills theory coupled with hypermulti...
We take a peek at a general program that associates vertex (or, chiral) algebras to smooth 4-manifol...
It is known that the Seiberg-Witten invariants, derived from supersymmetric Yang-Mill theories in fo...
We propose a way of computing 4-manifold invariants, old and new, as chiral correlation functions i...
Four-dimensional cohomological quantum field theories possess topological sectors of correlation fun...
AbstractMotivated by developments in quantum field theory, Witten has conjectured a relation between...
We build a connection between topology of smooth 4-manifolds and the theory of topological modular f...
We describe rules for building 2d theories labeled by 4-manifolds. Using the proposed dictionary bet...
We build a connection between topology of smooth 4-manifolds and the theory of topological modular f...
The Seiberg-Witten monopole equations, and a new invariant for 4-manifolds which results from these ...
AbstractMotivated by developments in quantum field theory, Witten has conjectured a relation between...
We propose a way to define and compute invariants of general smooth 4-manifolds based on topological...
The lectures in this volume provide a perspective on how 4-manifold theory was studied before the di...
We continue our program initiated in [1] to consider supersymmetric surface operators in a topologic...
We discuss the notion of translation-invariant vacua for 2d chiral algebras and relate it to the not...
We study the path integral of a twisted N=2 supersymmetric Yang-Mills theory coupled with hypermulti...
We take a peek at a general program that associates vertex (or, chiral) algebras to smooth 4-manifol...
It is known that the Seiberg-Witten invariants, derived from supersymmetric Yang-Mill theories in fo...