The Phenomenology of Ungravity

Unparticle physics is a conformally-invariant theory whose
interactions resemble those of a non-integer number of fundamental
particles.  While these curious effects could manifest themselves at
the TeV scale as alterations to cross-sections and decay modes, the
experimental consequences are not just limited to accelerator physics.
One such circumstance is known as "ungravity," where the unparticle
matter alters the effective gravitational field strength via a
coupling to the stress energy tensor.  This talk will provide a
general overview of the physics of ungravity, from black hole
formation in high energy collisions to potential cosmological
influences, and will demonstrate how its unique phenomenology might be
detectable in current and future experiments.