0.    Public Lectures: Macroscopic Quantum Effects - Review & Outlook
1.    Superfluid Helium-3 - topological superfluid
2.    Superfluid Helium-4 (including two-fluid hydrodynamics)
3.    Quantum Solid Hydrogen, Helium, and Neon
4.    Confined QFS systems (thin films, clusters, droplets, aerogels, and engineered cavities)
5.    Defected QFS systems (electrons, ions, pinned vortices by surface defects and impurities)
6.    Nonequilibrium QFS systems (quantum turbulence, nonlinear excitations, nonequilibrium phase transitions)
7.    Atomic and Molecular Bose-Einstein Condensation
8.    Polaritonic and Excitonic Bose-Einstein Condensation (including quantum wells and 2D materials)

9.    Conventional Superconductors (vortices, TLS/quasiparticles, high-Q cavities, etc.)
10.  Topological Superconductors (including super-semi hybrid systems)
11.  Quantum Spin Liquids
12.  Fraction Quantum Hall liquids
13.  Electron Fluids and Solids in 2D Materials (including flatband superconductivity in graphene, Wigner crystals in TMDC)
14.  QFS-based Quantum Computing and Sensing (eHe/eNe qubits, atom/ion qubits, superfluid optomechanics)
15.  QFS-based Simulation and Detection (simulation of black holes, phase transitions in the early universe, dark matter detection)
16.  Cryogenic Techniques