Course

Interpretation of the constraints and symmetries of the first order action for 3D gravity - Constraint algebra - The Dirac program applied to the parametrized particle.

Neutron Interferometry cont.

Bloch equations cont. Rabi experiment, Neutron interferomentry

Spin connection -  The first order action for 3D gravity - Hamiltonian formulation of constrained systems and symmetries.

Bloch sphere, Bloch equations, T1 & T2 times, Constructing robust operations

4D Einstein-Hilbert action and equations of motion - 3D gravity - Towards the first order action for 3D gravity: triads and connection.

Divincenzo Criteria, Modularities (superconducting qubits, trapped ions, defects in crystals)

Introduction and a short section on Black Hole in Loop Quantum Gravity by an invited speaker, Eugenio Bianchi.