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Learning from Insulators: New Trends in the Study of Conduction Properties of Metals
This special collection of Journal of Mathematical Physics comprises papers presented at the workshop "Learning from Insulators: New Trends in the Study of Conductivity of Metals" held on August 9–13, 2021. The purpose of this workshop was to promote a large-scale collaboration across different fields of mathematical physics in order to systematically investigate electronic transport in metals. In order to do this, the workshop drew inspiration on recent progress made in the area of topological insulators, interacting systems and disordered systems.
Guest Editors: Constanza Rojas-Molina, Giuseppe de Nittis, Max Lein, and Marcello Seri
Statistical Physics
Takuto Mashiko; Yuma Marui; Naoki Maruyama; Fumihiko Nakano
Methods of Mathematical Physics
A. Ya. Maltsev; S. P. Novikov
Methods of Mathematical Physics
Peter Kuchment
Classical Mechanics and Classical Fields
Andreas Knauf
Methods of Mathematical Physics
Giuseppe De Nittis; Danilo Polo Ojito
Quantum Mechanics - General and Nonrelativistic
Alexander Cerjan; Lars Koekenbier; Hermann Schulz-Baldes
Many-Body and Condensed Matter Physics
Sven Bachmann; Bruno Nachtergaele; Siddharth Vadnerkar
Dynamical Systems
Joaquim Brugués; Sonja Hohloch; Pau Mir; Eva Miranda
Many-Body and Condensed Matter Physics
Guo Chuan Thiang
Many-Body and Condensed Matter Physics
Domenico Monaco; Gabriele Peluso
Many-Body and Condensed Matter Physics
H. D. Cornean; M. Moscolari; K. S. Sørensen