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SIFT 2019: Strongly-Interacting Field Theories

7–9 Nov 2019
Europe/Berlin timezone

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Contribution List

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  1. 14. Generalized 't Hooft anomalies
    Mohammed Anber (Lewis & Clark College, Portland)
    07/11/2019, 09:00
  2. 18. Quantum distillations, semi-classics and mixed anomalies
    Mithat Ünsal (NC State U)
    07/11/2019, 09:55
  3. 16. Computational Spectroscopy of Quantum Critical Points
    Andreas Laeuchli (Innsbruck U)
    07/11/2019, 11:15
  4. 17. Dynamics on the edge: charge fractionalization and anyonic exclusion
    Bernd Rosenow (Leipzig U)
    07/11/2019, 12:10

    Equilibration of isolated quantum systems has attracted much attention recently. Due to their integrability, one-dimensional systems often equilibrate towards a non-thermal steady state. In coupled quantum Hall edge states, the approach towards such a non-equilibrium steady state can be understood in terms of charge fractionalization, i.e. the decomposition of injected charges into eigenmodes...

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  5. 15. Dualities in field theories for condensed matter
    Lukas Janssen (TU Dresden)
    07/11/2019, 15:00
  6. 5. Finite density simulations for strongly interacting field theories
    Andrei Alexandru (George Washington University)
    07/11/2019, 16:20
  7. 24. Exploring the phases of Yang-Mills theory with adjoint matter through the gradient flow
    Camilo Lopez (FSU Jena)
    07/11/2019, 17:15
  8. 6. A Curvature Bound From Gravitational Catalysis (Poster)
    Riccardo Martini (Okinawa Institute if Science and Technology)
    07/11/2019, 18:00
  9. 26. Asymptotically safe QED (Poster)
    Jobst Ziebell (FSU Jena)
    07/11/2019, 18:00
  10. 3. From spin chains to real-time thermal field theory using tensor networks (Poster)
    Johannes Knaute
    07/11/2019, 18:00
  11. 21. Competition of inhomogeneous chiral phases with homogeneous 2SC phases in low-energy models of QCD (Poster)
    Phillip Lakaschus (U Frankfurt)
    07/11/2019, 18:10
  12. 19. The necessity of indefinite metric Hilbert spaces in covariant gauges of QED (Poster)
    Jan Mandrysch (Leipzig U)
    07/11/2019, 18:10
  13. 29. X-ray photon scattering at a focused high-intensity laser pulse (Poster)
    Elena Mosman (Tomsk PU)
    07/11/2019, 18:10
  14. 28. N=1 Supersymmetric SU(3) Gauge Theory With A Twist
    Marc Steinhauser (FSU Jena)
    07/11/2019, 18:20
  15. 27. TBA
    Martin Steil (TU Darmstadt)
    07/11/2019, 18:20
  16. 23. Ward identities and baryonic states in N =1 SUSY Yang-Mills theory on the lattice (Poster)
    Sajid Ali (U Münster)
    07/11/2019, 18:20
  17. 30. Density of States Techniques for Finite Density Lattice QCD (Poster)
    Michael Mandl (Graz U)
    07/11/2019, 18:30
  18. 9. Spontaneous symmetry breaking in 4-Fermi theories of gapless fermions with quadratic dispersion in (2+1)D (Poster)
    Shouryya Ray (TU Dresden)
    07/11/2019, 18:30
  19. 8. Tensor Networks as numerical tools for QFT
    Mari-Carmen Bañuls (MPQ München)
    08/11/2019, 09:00
  20. 2. Tensor renormalization group in bosonic field theories
    Esperanza Lopez
    08/11/2019, 09:55
  21. 12. Crystalline chiral condensates in dense quark matter
    Stefano Carignano (Barcelona U)
    08/11/2019, 11:15

    In the past few years a growing consensus has been building around the idea that a spatially inhomogeneous chiral condensate may form in dense quark matter. In this talk, I will give a brief historical overview and review some recent developments on the characterization of such crystalline condensates using effective models for describing of QCD at finite density.

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  22. 1. Topological crystalline phase in nuclear matter under strong magnetic fields
    Tomas Brauner
    08/11/2019, 12:10
  23. 20. Dense nuclear and quark matter from holography
    Andreas Schmitt (Southampton U)
    08/11/2019, 15:00
  24. 22. Hydrodynamics, Spontaneously Broken Symmetries, and Holography
    Sean Gray (FSU Jena)
    08/11/2019, 16:20
  25. 25. Inhomogeneous Phases in Gross-Neveu Models
    Julian Lenz (FSU Jena)
    08/11/2019, 16:55
  26. 4. The melonic large N limit: from SYK to tensor field theory
    Sylvain Carrozza (Perimeter Institute, Waterloo)
    09/11/2019, 09:00

    I will summarize the structure and scope of the so-called melonic large N expansion, which typically governs the large N behaviour of theories involving higher rank tensors. Compared to vector and matrix theories, What distinguishes it from the large N expansions of vector or matrix theories is that it is dominated by a non-trivial family of Feynman diagrams -- the melon diagrams -- which...

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  27. 11. Dualities and inhomogeneous phases in dense quark matter with chiral and isospin imbalances in the framework of effective model
    Tamaz Khunjua (Lomonosov Moscow State U)
    09/11/2019, 09:55
  28. 10. Lattice investigation of an inhomogeneous phase of the 2+1-dimensional Gross-Neveu model in the limit of infinitely many flavors
    Marc Wagner (Frankfurt U)
    09/11/2019, 11:15
  29. 7. Thermodynamics of Polarized Fermions
    Jens Braun (TU Darmstadt)
    09/11/2019, 12:10