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Yohei Fuji (Riken) Quantum Hall hierarchy from coupled wires
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Classroom Contents
Topological Phases of Matter - From the Quantum Hall Effect to Spin Liquids
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- 1 Ashvin Vishwanath (Harvard University) Unifying Competing Orders ....
- 2 Anders Sandvik Boston University Exploring new quantum phase transitions with J Q models
- 3 Chang Tse Hsieh KIPMU, Kashiwa Anomaly matching and symmetry protected criticality in 1d quantum man
- 4 Antoine Sterdyniak (Max Planck Inst) Symmetries of chiral topological spin liquid PEPS
- 5 Pierre Pujol : From frustrated magnetism to "spontaneous'' and "switchable'' topological insulators
- 6 Alexander Chernyshev (University of California)Topography and mimicry on a triangular lattice
- 7 Csaba Toke : Path-integral Monte Carlo simulation of systems in a magnetic field
- 8 Christian Glattli : (SPEC) A Josephson relation for FQHE fractional charges
- 9 A. MacDonald: Broken Symmetries near Topological Insulator/ Normal Insulator Phase Transitions
- 10 Jean-Noël Fuchs ( LPTMC)16-fold way in the Kitaev honeycomb model
- 11 Haruki Watanabe (2018) Symmetry-based indicators of band topology
- 12 Steve Simon (2018) Topologically Ordered Matter and Why You Should be Interested
- 13 K.Totsuka Emergent gauge theories from a coupled array of wires...(cf suite)
- 14 Yohei Fuji (Riken) Quantum Hall hierarchy from coupled wires
- 15 Fabrice Bert (LPS Orsay) Quantum spin liquids: beyond the kagome lattice
- 16 B. Estienne (LPTHE, Paris) A variational Approach to Chiral Topological Order Interfaces
- 17 M. Yamada (ISSP, Tokyo) Emergent SU(4) symmetry and quantum spin-orbital liquid in α-ZrCl₃
- 18 F.Becca : Spectral signatures of fractionalization (full title in description )
- 19 D. Poilblanc (Toulouse) : Topological chiral spin liquids on the square lattice with iPEPS
