We extend the fixed-charge semiclassical approach to compute conformal field theory (CFT) data for generic non-Abelian Higgs dynamics by also identifying the proper family of related operators. As an example, we consider the U(N)×U(N) non-Abelian Higgs theory in four minus epsilon dimensions. We observe that the semiclassical method and state-operator correspondence can be used for complex CFTs, which are naturally related to walking dynamics
We aim to study non-Lagrangian trinion theories of class S starting from their 5d string theory cons...
This thesis explores the application of semiclassical methods in the study of states with large quan...
Theoretical physics suggests that beyond the much-studiedclass of rational CFT there should exist la...
We extend the fixed-charge semiclassical approach to compute conformal field theory (CFT) data for g...
We go beyond a systematic review of the semiclassical approaches for determining the scaling dimensi...
Conformal Field Theories (CFTs) are crucial for our understanding of Quantum Field Theory (QFT). Bec...
Abstract Hellerman et al. (arXiv:1505.01537) have shown that in a generic CFT the spectrum of operat...
We determine central charges, critical exponents and appropriate gradient flow relations for non-sup...
Abstract: We investigate relevant properties of composite operators emerging in non-supersymmetric, ...
We study various aspects of scale invariant quantum field theories, in particular, the non-relativis...
We review various aspects of the nonperturbative dynamics of gauge theories and string theory, makin...
This thesis investigates aspects of field theories and soliton solutions with nontrivial topology. I...
In this dissertation, we present work towards characterizing various conformal and nearly conformal ...
Abstract We study Schrödinger invariant field theories (nonrelativistic conformal field theories) in...
The Large Charge sector of Conformal Field Theory (CFT) can generically be described through a semic...
We aim to study non-Lagrangian trinion theories of class S starting from their 5d string theory cons...
This thesis explores the application of semiclassical methods in the study of states with large quan...
Theoretical physics suggests that beyond the much-studiedclass of rational CFT there should exist la...
We extend the fixed-charge semiclassical approach to compute conformal field theory (CFT) data for g...
We go beyond a systematic review of the semiclassical approaches for determining the scaling dimensi...
Conformal Field Theories (CFTs) are crucial for our understanding of Quantum Field Theory (QFT). Bec...
Abstract Hellerman et al. (arXiv:1505.01537) have shown that in a generic CFT the spectrum of operat...
We determine central charges, critical exponents and appropriate gradient flow relations for non-sup...
Abstract: We investigate relevant properties of composite operators emerging in non-supersymmetric, ...
We study various aspects of scale invariant quantum field theories, in particular, the non-relativis...
We review various aspects of the nonperturbative dynamics of gauge theories and string theory, makin...
This thesis investigates aspects of field theories and soliton solutions with nontrivial topology. I...
In this dissertation, we present work towards characterizing various conformal and nearly conformal ...
Abstract We study Schrödinger invariant field theories (nonrelativistic conformal field theories) in...
The Large Charge sector of Conformal Field Theory (CFT) can generically be described through a semic...
We aim to study non-Lagrangian trinion theories of class S starting from their 5d string theory cons...
This thesis explores the application of semiclassical methods in the study of states with large quan...
Theoretical physics suggests that beyond the much-studiedclass of rational CFT there should exist la...