Lattice models in condensed matter

This section explores specific condensed matter systems and their properties. We cover free fermions, the Su-Schrieffer-Heeger (SSH) model, single-electron transistors, and operator dynamics in quantum systems. Each tutorial includes code examples that can be run in the Workshop to reproduce results and gain hands-on experience with these models.

In this tutorial we use the quantum toolkit, specifically the operator framework and the free fermion features, to study the dynamics and eigenstates of a free fermion system. For a comprehensive introduction to free fermion systems and their representation, see the concept Non-interacting fermions.

This section introduces the basics of quantum many-body physics, including lattice models, spin models, and ground state calculations.

In the concepts entry we saw how the lattice class is intended to work with other aleph objects

Overview

At a glance