• 

  Exploring efficient methods for precision QCD calculations on the lattice 

  Bushnaq, Lucius Nabil (Trinity College Dublin. School of Mathematics. Discipline of Pure & Applied Mathematics, 2023)

  We study a new technique for stochastic noise reduction in the calculation of propagators by implementing it in OpenQ*D for two ensembles with O(a) improved Wilson fermion ac- tion, with periodic boundary conditions and ...
• 

  Hadron Scattering Amplitudes from Lattice QCD 

  Lang, Nicolas (Trinity College Dublin. School of Mathematics. Discipline of Pure & Applied Mathematics, 2023)

  In this thesis we compute hadron scattering amplitudes within the framework of lattice quantum chromodynamics. Finite-volume spectra are computed using distillation and the variational method. These spectra constrain ...
• 

  Duality and domains in supersymmetric gauge theories 

  Aspman, Johannes Bengt (Trinity College Dublin. School of Mathematics. Discipline of Pure & Applied Mathematics, 2022)

  This thesis investigates duality properties of four-dimensional N = 2 supersymmetric Yang-Mills theory. By restricting the domain of the effective coupling to an appropriate fundamental domain the order parameter on the ...
• 

  Modularity in Supersymmetric Gauge Theory 

  Furrer, Elias Raphael (Trinity College Dublin. School of Mathematics. Discipline of Pure & Applied Mathematics, 2022)

  In this thesis, we study the modularity and duality of Coulomb branches for a class of four-dimensional N=2 supersymmetric gauge theories. For pure N=2 super Yang-Mills theory with gauge group SU(2), the Coulomb branch can ...
• 

  Conformal Bootstrap and Black Holes in AdS/CFT 

  Karlsson, Johan Robin (Trinity College Dublin. School of Mathematics. Discipline of Pure & Applied Mathematics, 2022)

  In this thesis, we explore applications of the conformal bootstrap to holographic CFTs that are dual to theories of gravity in asymptotically Anti-de Sitter spacetimes. In particular, we consider correlation functions with ...

View more