Observation of Topological Quantum Criticality in Quantum Materials

Explore the cutting-edge research on topological quantum criticality in this 38-minute conference talk by Tobias Micklitz from CBPF, Brazil. Delve into the intricacies of Anderson localization, quantum simulators, and topological Anderson insulators. Examine optical linear networks, tunable disorder, and chiral quantum walks through the lens of effective field theory. Investigate Sinai diffusion, circular photon-polarization, and sub-lattice symmetry. Analyze experimental proposals, power spectra, and statistical detuning techniques. Gain valuable insights into the latest developments in quantum materials, inhomogeneities, frustration, and topology presented at the Workshop on Strong Electron Correlations in Quantum Materials held at ICTP-SAIFR from June 20-23, 2023.

Intro
Anderson localization in
Quantum Simulator of the 3d Disorder-Driven Anderson Localization Transition
Topological Anderson Insulators
Optical Linear Networks
Tunable Disorder
Simulator of a Chiral Quantum Walk
Effective Field Theory
Sinai Diffusion
Circular Photon-Polarization
Sub-Lattice Symmetry
Proposal
Experiment
Power spectrum
Statistical Detuning
Conclusions