Date:
Wed, 23/03/201612:00-13:00
Location:
Kaplun 200 Racah Inst. Seminar Room
Lecturer: Prof. Emil Martinec
Affiliation: University of Chicago
Abstract:
Supergravity solution-generating techniques
construct large numbers of geometries that, if
not themselves black holes microstates, are on
the verge of becoming black holes. When
branes wrap non-trivial cycles in these
geometries, a finite fraction of black hole
entropy can be accounted for. These results
point toward a construction where both bulk
geometry and gravitational entropy are
apparent — a key ingredient for the resolution
of the black hole information paradox.
Additional details of the upcoming High Energys'
seminars can be found on the following link.
Affiliation: University of Chicago
Abstract:
Supergravity solution-generating techniques
construct large numbers of geometries that, if
not themselves black holes microstates, are on
the verge of becoming black holes. When
branes wrap non-trivial cycles in these
geometries, a finite fraction of black hole
entropy can be accounted for. These results
point toward a construction where both bulk
geometry and gravitational entropy are
apparent — a key ingredient for the resolution
of the black hole information paradox.
Additional details of the upcoming High Energys'
seminars can be found on the following link.