List of topics for the Lectures:
1. Numerical bootstrap basics:
- Bootstrap equations with global symmetries;
- Block computation and conventions;
- Semidefinite Program
2. Advanced algorithms:
- Delaunay search;
- Cutting surface;
- Navigator;
- Skydiving
3. Other topics: e.g. spinning correlators bootstrap, modular bootstrap
List of topics for the Tutorials:
0. Basic Haskell/Mathematica programming.
1. Introduction to simpleboot/hyperion: architecture and workflow
2. Basic functionalities:
- Produce crossing equations using tools;
- Encode crossing vectors and bootstrap conditions;
- Manage cluster resources;
- Call external executables : scalarblocks, sdp2input, sdpb.
3. Advanced functionalities:
- Delaunay search;
- Cutting surface;
- Navigator;
- Skydiving
4. Other topics: e.g. spinning correlators bootstrap, modular bootstrap
