Applied Nonrelativistic Conformal Field Theory - Lecture on Schrödinger Symmetry and Applications

Explore applied nonrelativistic conformal field theory in this 48-minute conference talk by Dam Thanh Son from Chicago University, USA, presented at the Holography@25 Workshop. Delve into topics such as the Schrödinger group, proper conformal transformation, Schrödinger algebra, and symmetry from light-cone reduction. Examine examples of NRCFT, including scattering length, unitarity regime, and charge-2 and charge-3 local operators. Discover applications in nuclear reactions, unnuclear physics, and rates of unnuclear processes. Compare theoretical results with experimental data and investigate deviations from conformality. Gain insights into this complex field of physics and its real-world implications.

Intro
Schrödinger group
Proper conformal transformation
Schrödinger algebra
Schrödinger symmetry from light- cone reduction
Example of NRCFT
Scattering length and unitarity regime
Unitarity fermions: QM
Charge-2 local operator
Charge-3 operator
NRCFT in real world
Nuclear reactions
UnNuclear physics
Rates of unnuclear processes
Comparison with "experiment"
Away from conformality
Conclusion