Parallel Session 2 Collider Phenomenology (SUSY) Title: mSUGRA Signals of Supercritical String Theory at the LHC Abstract: We investigate the experimental final states of the minimal supergravity (mSUGRA) model at the LHC, where cosmologically allowed parameter space is suggested by a supercritical string scenario. The scenario modifies the Boltzmann equation describing the evolution of relic abundances due to dilaton dissipative-source and non-critical-string terms. The mSUGRA signals are characterized by existence of the Higgs boson, Z boson and/or stau particles in its final state, being different from any of four distinct regions (co-annihilation, focus, A funnel, abd bulk) by the standard scenario. This require a new analysis strategy. We report the SUSY mass measurements and discuss the impact of the new scenario in dark matter detection rates. Co-authors: Prof. DUTTA, Bhaskar (Texas A&M University) Prof. KAMON, Teruki(Texas A&M University) Prof. NANOPOULOS, Dimitri (Texas A&M University) Mr. KRISLOCK, Abram (Texas A&M University) Mr. GURROLA, Alfredo (Texas A&M University)