Title:
Results from Multi-wavelength Timing Analysis of Tidal Disruption Events

Abstract:
The multiwavelength evolution of flares resulting from 
the tidal disruption of stars is often complex and 
cannot be described by simple decaying power-laws 
predicted for stellar debris fallback. Multiwavelength light curves 
of several events are known to be variable on different timescales. 
This variability in each waveband and their connection, 
and lack thereof, to other wavebands sets strong observational constraints on 
the underlying physics. I will discuss X-ray, radio and optical timing analysis of 
some of the recent tidal disruption events and what they can tell us about 
the fundamental properties of the black holes, origin of emission 
in different wavebands, and how they can probe the geometry and 
physics of these systems.