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UC Davis Particle Physics Seminars
By John Terning
UC Davis Particle Physics Seminars episodes
- Numerical Approach to Strong Gravity in Higher-Dimensional Warped SpacetimeNorihiro Tanahashi discusses numerical simulations of gravity in extra dimensions.51 min
- Renormalization Properties of the Wess-Zumino Model, RevisitedHidenori Sonoda discusses renormalization in supersymmetric theories.1 hr 10 min
- Constraints on Inelastic Dark Matter from High Energy NeutrinosArjun Menon discusses constraints on the inelastic dark matter scenario that may explain the DAMA result.49 min
- Naked singularities, branes and Chern-Simons couplings: The Dark Side of the 2+1 Black HoleJorge Zanelli gives string theory description of the three dimensional black holes.57 min
- Kahler Independent G2 Vacua and their PhenomenologyKonstantin Bobkov talks about string phenomenology.1 hr 23 min
- Non-standard Higgs Decay limitsJack Gunion talks about exploring the possibility of a Higgs below the LEP limit via non-standard decays.57 min
- 1 hr 21 min
- Collider and Flavor Phenomenology in the Scalar Sector of Warped Extra DimensionsManuel Toharia discusses the context of a warped extra-dimension with Standard Model fields in the bulk, where we obtain the general flavor structure of the couplings to fermions of both the Higgs scalar and the radion graviscalar.1 hr 5 min
- Displaced Dark Matter at CollidersSpencer Chang discusses a model of asymmetric dark matter with displaced vertex signatures.59 min
- Composite Inelastic Dark MatterJay Wacker talks about this model of dark matter where it is composed of bound states with very small level splitting that make it compatible with the DAMA experiment.1 hr 14 min
About UC Davis Particle Physics Seminars
From the publisher's feed
This album features seminars on theoretical and experimental particle physics. Topics include supersymmetry, the Large Hadron Collider, electroweak symmetry breaking, cosmology and gravity.