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Results: 10
Exotic massive 3D gravity
The linearized equations of “New Massive Gravity” propagate a parity doublet of massive spin-2 modes in 3D Minkowski spacetime, but a different non-linear extension is made possible by “third-way” consistency. There is a...
Boundary states for chiral symmetries in two dimensions
Abstract: We study boundary states for Dirac fermions in d = 1 + 1 dimensions that preserve Abelian chiral symmetries, meaning that the left- and right-moving fermions carry different charges. We derive simple expressions, in...
Boundary states for chiral symmetries in two dimensions
Abstract: We study boundary states for Dirac fermions in d = 1 + 1 dimensions that preserve Abelian chiral symmetries, meaning that the left- and right-moving fermions carry different charges. We derive simple expressions, in...
Boundary states for chiral symmetries in two dimensions
Abstract: We study boundary states for Dirac fermions in d = 1 + 1 dimensions that preserve Abelian chiral symmetries, meaning that the left- and right-moving fermions carry different charges. We derive simple expressions, in...
Leading exponential finite size corrections for non-diagonal form factors
Abstract
We derive the leading exponential finite volume corrections in two dimensional integrable models for non-diagonal form factors in diagonally...
Comments on symmetric mass generation in 2d and 4d
Abstract
Symmetric mass generation is the name given to a mechanism for gapping fermions while preserving a chiral, but necessarily non-anomalous...
David Tong
Jul 02, 2022
Boundary states for chiral symmetries in two dimensions
Abstract: We study boundary states for Dirac fermions in d = 1 + 1 dimensions that preserve Abelian chiral symmetries, meaning that the left- and right-moving fermions carry different charges. We derive simple expressions, in...
Boundary states for chiral symmetries in two dimensions
Abstract
We study boundary states for Dirac fermions in d = 1 + 1 dimensions that preserve Abelian chiral symmetries, meaning...