This book provides a brief, graduate level introduction to the topics of classical and quantum black holes. It also details examples of integrable systems and black holes’ spacetime in hidden symmetries, and resolutions to the black hole information paradox. More specifically, it presents an overview of the cutting-edge research regarding the mathematics of hidden symmetries, of black holes’ interiors, entanglement wedge reconstruction and minimal gauged 5-dimensional supergravity. It also presents novel supporting results pertaining to Kovalevskaya gyrostats spacetimes and other integrable models, a 5-dimensional minimal gauged supergravity result, fuzzball microstate solutions to non-collinear black holes’ bubbling geometries obtained from compactifying down from 11-dimensional supergravity, and an entanglement wedge reconstruction result, reconstructing a spin 1/2 from deep bulk on the boundary using a bounded operator raised at a complex power.
Tectonochronology
This book highlights new findings and methods in tectonochronology for the accurate dating of geological processes. It explores topics like mineral formation, dating deformation, and the influence of stress and fluid, with case studies from Chinese geology applicable worldwide.
