Title: Mini Black Holes and Quantum Physics
Abstract:
The Standard Model of Elementary Particles emerged empirically as an
extremely efficient way to describe all particles and forces that have
been detected experimentally thus far. However, in these experiments,
the gravitational force was far too weak to be taken into account. In
our attempts to include gravity, we encounter the difficulty that
black holes might form. Their very nature causes unforeseen
difficulties when we try to formulate a theory consistent with quantum
mechanics. Is there information loss? Is quantum mechanics still
valid? Will general relativity be an exact symmetry for very energetic
particles? Something very peculiar seems to happen with clocks and
rulers inside black holes.
Details of his visit to CMI, Chennai are given here:
http://www.cmi.ac.in/activities/lecture-series/thooft-nov2009.php
The one at the triple Helix auditorium is a public lecture and I guess
anyone can attend it.
Suresh