Speaker
Jarod Kelly
(University of New Brunswick)
Description
Guided by the application of loop quantum gravity (LQG) to cosmological space-times and techniques developed therein, I will present an effective framework for vacuum spherically symmetric space-times. Stationary solutions of the effective theory give an LQG corrected metric with a number of interesting properties including curvature scalars that are bounded by the Planck scale and a minimal (non-zero) mass for black hole formation. Finally, the vacuum solution we derive is only valid down to some minimum (non-zero) radial coordinate; this necessitates the inclusion of matter fields for a description of the full space-time and in particular address the question of singularity resolution.
Authors
Jarod Kelly
(University of New Brunswick)
Robert Santacruz
(University of New Brunswick)
Edward Wilson-Ewing
(University of New Brunswick)
