Numerical Challenges in Lattice QCD 2022

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Sessions*

Multi-Level

Podium Discussion

Machine Learning

Stochastic Trace Estimation

Numerical Integration

Numerical Solvers

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Contributions*

AMG+: Extended Multilevel Principles (in session "Multi-Level")

Analysis of block GMRES using a ${}^{\ast }$-algebra-based approach (in session "Numerical Solvers")

Computational strategies for nucleon matrix elements (in session "Numerical Solvers")

Continuous Normalizing Flow for Lattice QCD based on Trivializing Maps (in session "Machine Learning")

Contribution to Podium Discussion (in session "Podium Discussion")

Disconnected Diagrams and High-Degree GMRES Polynomials (in session "Numerical Solvers")

Fermion loops at the physical point (in session "Stochastic Trace Estimation")

Gradient estimators for normalising flows (in session "Machine Learning")

HMC on Riemannian Manifolds (in session "Numerical Integration")

Interpolation as a means of shift selection in multilevel Monte Carlo with lattice displacements (in session "Stochastic Trace Estimation")

Machine learning for ensemble generation (in session "Machine Learning")

Meson distillation profiles and their applications (in session "Numerical Solvers")

Multilevel Monte Carlo for quantum mechanics on a lattice (in session "Multi-Level")

Nucleon axial formfactors from lattice QCD (in session "Stochastic Trace Estimation")

Opening

Podium discussion contribution (in session "Podium Discussion")

Properties of the $\eta$ and ${\eta }^{\prime }$ mesons (in session "Stochastic Trace Estimation")

Tackling critical slowing down using global correction steps with equivariant flows within the 2D Schwinger model (in session "Machine Learning")

Temporal factorization of the Wilson fermion determinant and multi-level integration (in session "Multi-Level")

The potential of Padé approximations for molecular dynamics simulation (in session "Numerical Integration")

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Events scheduled on*

15/08/2022

16/08/2022

17/08/2022

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