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Research

Ooguri is a theoretical physicist working on quantum field theory, quantum gravity, and superstring theory. He is working to discover mathematical structures in these theories and to use them to invent new theoretical tools to solve fundamental questions in physics.

Ooguri developed the topological string theory to compute Feynman diagrams of superstring theory and used it to solve mysterious quantum mechanical properties of black holes. He also worked on conformal field theory in two dimensions, D branes in Calabi-Yau manifolds, the AdS/CFT correspondence, and properties of supersymmetric field theories and their relation to superstring theory.

Invited Talks

How to Quantize Gravity - Hirosi Ooguri

given at the Feynman Centennial Symposium, Caltech (5/12/2018)

"Strings" is the most important annual conference in string theory and has been held every year since 1995.

Ooguri has given invited talks at the following Strings Conferences.

(Thanks to Yuji Tachikawa for his archiving work.)

Hiroshi Ooguri - Conference Summary Strings 2021

Ooguri was an organizers of Strings '98, Strings 2003, and Strings 2018 (chair).

Princeton Lectures on Topological Strings

given at the 2014 Princeton Summer School in Theoretical Physics.

Recent Plenary Talks and Invited Lectures