  The infrared-ultraviolet properties of quantum gravity suggest on very
general grounds that hard short distance scattering processes are highly
suppressed for center of mass scattering energies beyond the fundamental Planck
scale. If this scale is not too far above the electroweak scale, these
non-perturbative quantum gravity effects could be manifest as an extinction of
high transverse momentum jets at the LHC. To model these effects we implement
an Extinction Monte Carlo modification of the Pythia event generator based on a
large damping Veneziano form factor modification of hard QCD scattering
processes. Using this we illustrate the leading effects of extinction on the
inclusive jet transverse momentum spectrum at the LHC. We estimate that an
extinction mass scale of up to roughly half the center of mass beam collision
energy could be probed with high statistics data.
