Speaker
Ms
Allison Kolly
(University of Winnipeg)
Description
An interesting property of anti-de Sitter space is that massless fields can travel
to infinity in a finite time, bounce back more focussed and collapse to form a black
hole. This has recently been shown to lead to the instability of AdS against the
formation of black holes. Our goal is to shed light on this by numerically examining
the effect of adding higher curvature terms to the Einstein-Hilbert action. In the
case of of 5-dimensional Einstein-Gauss-Bonnet gravity, for example, there exists
a mass gap. That is, there appears to exist a minimum mass below which no
black holes can form. It is of interest to see if this mass gap restores stability to
AdS space in Einstein-Gauss-Bonnet gravity.
Primary author
Ms
Allison Kolly
(University of Winnipeg)
Co-authors
Dr
Andrew Frey
(University of Winnipeg)
Dr
Gabor Kunstatter
(University of Winnipeg)
Mr
Nils Deppe
(University of Winnipeg)
