Logarithmic Corrections to Black Hole Entropy and the Asymptotics of Weak Jacobi Forms

Explore the intricate relationship between logarithmic corrections to black hole entropy and the asymptotic behavior of weak Jacobi forms in this comprehensive conference talk by Luis Apolo from BIMSA. Delve into advanced theoretical physics concepts that bridge black hole thermodynamics with modular form theory, examining how logarithmic terms emerge in entropy calculations and their connection to the mathematical structure of weak Jacobi forms. Investigate the asymptotic properties of these mathematical objects and their physical implications for understanding black hole microstates and quantum gravity. Gain insights into cutting-edge research that combines string theory, statistical mechanics, and complex analysis to advance our understanding of black hole physics and the fundamental nature of spacetime.