Abstract Replica twist defects are of codimension two and enter in quantum information when finding the Rényi entropy. In particular, they generate n replicas of the bulk conformal field theory. We study the monodromy of such defect and learn how a global O(N)-symmetry is broken. By applying the equation of motion to the bulk-defect operator-product expansion we are able to extract the anomalous dimension of defect-local fields. All of the results in this paper was first presented in my thesis [1], and they generalize previous results on an O(N)-flavoured monodromy twist defect
Line defects play an important role in our understanding of QFTs, explaining interesting phenomena i...
Line defects play an important role in our understanding of QFTs, explaining interesting phenomena i...
Abstract We study the operator product expansion (OPE) for scalar conformal defects of any codimensi...
Implications of inserting a conformal, monodromy line defect in three dimensional O(N) models are st...
Abstract We study co-dimension two monodromy defects in theories of conformally coupled scalars and ...
General ideas in the conformal bootstrap program are covered. Both numerical and analytical approach...
The defect operators admitted by a given quantum field theory (QFT) contain crucial information. E.g...
We consider $p$-dimensional defects in $D$-dimensional conformal field theories (CFTs) and construct...
We use the numerical bootstrap to study conformal line defects with $O(2)$ global symmetry. Our resu...
We study the spectrum of local operators living on a defect in a generic conformal field theory, and...
We propose a field theoretic framework for calculating the dependence of Rényi entropies on the shap...
We propose a field theoretic framework for calculating the dependence of R\enyi entropies on the sha...
Line defects play an important role in our understanding of QFTs, explaining interesting phenomena i...
Line defects play an important role in our understanding of QFTs, explaining interesting phenomena i...
Abstract We study the operator product expansion (OPE) for scalar conformal defects of any codimensi...
Implications of inserting a conformal, monodromy line defect in three dimensional O(N) models are st...
Abstract We study co-dimension two monodromy defects in theories of conformally coupled scalars and ...
General ideas in the conformal bootstrap program are covered. Both numerical and analytical approach...
The defect operators admitted by a given quantum field theory (QFT) contain crucial information. E.g...
We consider $p$-dimensional defects in $D$-dimensional conformal field theories (CFTs) and construct...
We use the numerical bootstrap to study conformal line defects with $O(2)$ global symmetry. Our resu...
We study the spectrum of local operators living on a defect in a generic conformal field theory, and...
We propose a field theoretic framework for calculating the dependence of Rényi entropies on the shap...
We propose a field theoretic framework for calculating the dependence of R\enyi entropies on the sha...
Line defects play an important role in our understanding of QFTs, explaining interesting phenomena i...
Line defects play an important role in our understanding of QFTs, explaining interesting phenomena i...
Abstract We study the operator product expansion (OPE) for scalar conformal defects of any codimensi...