Quantum Field Theory and String Theory

Quantum Field Theory (QFT)

The group works on various aspects of quantum field theory, with particular emphasis on strongly coupled systems, conformal field theories, and fundamental consistency principles such as unitarity, causality, and symmetry. Using modern techniques including the conformal and S-matrix bootstrap, the research aims to uncover non-perturbative structures of quantum theories and deepen our understanding of the fundamental interactions governing nature.

String Theory

Research in string theory focuses on holography, quantum gravity, black hole physics, and the emergence of spacetime from quantum degrees of freedom. The group studies how ideas from string theory connect gravity, quantum information, and field theory, often exploring higher-derivative corrections, AdS/CFT correspondence, and the geometric structure underlying fundamental physics.

1. Five-point partial waves, splitting constrains and hidden zeros : Inspire-HEP  | Google Scholar   

2. Stringy dispersion relation for field theories : Inspire-HEP  | Google Scholar

3. Ramanujan's 1/pi series and Conformal Field Theories : Inspire-HEP  | Google Scholar

4. Field Theory Expansions of String Theory Amplitudes : Inspire-HEP  | Google Scholar

5. Bootstrapping quantum field theory : past, present and future : Inspire-HEP  | Google Scholar 

6. Positivity, low twist dominance and CSDR for CFTs : Inspire-HEP | Google Scholar

7. Dispersion relations, knots polynomials, and the q-deformed harmonic oscillator : Inspire-HEP  | Google Scholar

8. QFT, EFT, and GFT : Inspire-HEP  | Google Scholar

9. Quantum field theory and the Bieberbach conjecture : Inspire-HEP  | Google Scholar

10. Crossing Symmetric Dispersion Relations in Quantum Field Theories : Inspire-HEP  | Google Scholar

11. Crossing symmetry, transcendentality and the Regge behaviour of 1d CFTs : Inspire-HEP  | Google Scholar

12. Froissart bound for/from CFT Mellin amplitudes : Inspire-HEP  | Google Scholar

13. Implications of a viscosity bound on black hole accretion : Inspire-HEP  | Google Scholar

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