S-Matrix Bootstrap

S-Matrix Bootstrap

The group works on modern bootstrap approaches to quantum field theory and scattering amplitudes, where fundamental consistency principles such as analyticity, crossing symmetry, causality, and unitarity are used to constrain physical theories. By studying the S-matrix bootstrap, the research seeks to uncover non-perturbative structures of strongly interacting systems and explore universal features of quantum theories without relying solely on traditional perturbative methods.

1. Bootstrapping string models with entanglement minimization and machine learning : Inspire-HEP | Google Scholar  

2. Bootstrapping high-energy observables : Inspire-HEP | Google Scholar  

3. Celestial insights into the S-matrix bootstrap : Inspire-HEP | Google Scholar  

4. Crossing Symmetric Spinning S-matrix bootstrap : EFT bounds : Inspire-HEP | Google Scholar  

5. Selection rules for the S-Matrix bootstrap : Inspire-HEP | Google Scholar  

6. Relative entropy in scattering and the S-matrix bootstrap : Inspire-HEP | Google Scholar 

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