• Introduction
    • Interacting Quantum Many Body Systems
    • Mott Insulators
    • Quantum Spin Liquids
    • Outline
  • Background
    • The Falikov Kimball Model
      • The Model
      • Phase Diagram
      • Long Range Ising Models
    • The Kitaev Honeycomb Model
      • The Model
      • A mapping to Majorana Fermions
      • Gauge Fields
      • Anyons, Topology and the Chern number
      • Phase Diagram
    • Disorder & Localisation
      • Localisation: Anderson, Many Body and Disorder-Free
      • Disorder and Spin liquids
      • Amorphous Magnetism
  • Chapter 3: The Long Range Falikov-Kimball Model
      • Chapter Summary
    • The Model
      • Localisation
      • Falikov Kimball and Hubbard models
      • Long Ranged Ising model
      • Localisation
      • Introduction
      • The Long-Ranged Falikov-Kimball Model
      • Introduction and Motivation
      • Literature Review
      • The Falikov-Kimball model
    • Markov Chain Monte Carlo
      • Sampling
      • Markov Chains
      • Application to the FK Model
      • The Metropolis-Hasting Algorithm
      • Metropolis-Hastings
      • Convergence, Auto-correlation and Binning
      • Applying MCMC to the FK model
      • Proposal Distributions
      • Perturbation MCMC
      • Scaling
      • Binder Cumulants
      • Markov Chain Monte-Carlo in Practice
      • Two Step Trick
      • Detailed Balance for the two step method
      • Diagnostics of Localisation
      • Markov Chain Monte-Carlo
      • Convergence Time
      • Auto-correlation Time
      • The Metropolis-Hastings Algorithm
      • Choosing the proposal distribution
      • Two Step Trick
    • The Phase Diagram
    • Localisation Properties
    • Discussion & Conclusion
    • Acknowledgments
    • []{#app:disorder_model label="app:disorder_model"} UNCORRELATED DISORDER MODEL
  • Chapter 4: The Amorphous Kitaev Model
      • Gauge Fields
      • The Projector
      • The Ground State
      • Phases of the Kitaev Model
      • What is so great about two dimensions?
    • Contributions
    • Introduction
      • Amorphous Systems
      • Glossary
      • The Kitaev Model
      • The Majorana Hamiltonian
    • Methods
      • Voronisation
      • Graph Representation
      • Colouring the Bonds
      • Mapping between flux sectors and bond sectors
      • Chern Markers
    • Results
      • The Ground State Flux Sector
      • Spontaneous Chiral Symmetry Breaking
      • Ground State Phase Diagram
      • Anderson Transition to a Thermal Metal
    • Conclusion
    • Discussion
      • Limits of the ground state conjecture
    • Outlook
      • Experimental Realisations and Signatures
      • Generalisations
  • Conclusion
      • Discussion
      • Outlook
  • Appendices
    • Markov Chain Monte Carlo
    • Lattice Generation
    • Lattice Colouring
    • The Projector