Conceptual advances in lattice gauge theory (LGT14)

Speaker List

• Gert Aarts
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    Complex Langevin for complex actions

• Shindler Andrea
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    Chiral Ward identities, automatic O(a) improvement and the gradient flow

• Sinya Aoki (Tsukuba University)
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    Finite-volume methods for hadrons and their interactions in lattice QCD

• Michael Endres
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    Signal/noise optimization strategies for stochastically estimated correlation functions

• Leutwyler Heinrich (BERN University)
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    From the Quark Model to Lattice QCD

• Etsuko Itou
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    Quantum entanglement entropy for SU(3) gauge theories

• David Kaplan (Washington University, Seattle)
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    Noise, Statistics and Sign Problems

• Kurt Langfeld
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    The density-of-states method as a practical solution for quantum field theories with a sign problem?

• Biagio Lucini
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    Topology at large N

• Gerhard Mack (DESY, Hamburg)
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    Conformal field theory

• Daniel Nogradi
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    Tree level improvement of the gradient flow

• Michele Pepe
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    A new approach to thermal quantum field theories

• Antonio Rago
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    Renormalization of the energy-momentum tensor with the Wilson flow

• Alberto Ramos
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    Symanzik improvement and the gradient flow (part II)

• Erhard Seiler
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    The complex Langevin method: successes and open problems

• Stefan Sint
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    Symanzik improvement and the gradient flow (part I)

• Rainer Sommer
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    On effects of heavy sea quarks at low energy

• Kim Splittorff
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    The Dirac sprectrum of complex Langevin simulations

• Hiroshi Suzuki
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    Energy-momentum tensor on the lattice from the gradient flow

• Akira Ukawa (RIKEN AICS, Kobe)
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    Lattice QCD from algorithm and machine perspectives

• Peter Weisz (Max Plank Institute, Munich)
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    On mountains and in quantum fields

• Hartmut Wittig (Mainz University)
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    The Schrödinger Functional and its Uses