Stochastic Gravitational Lensing and the Nature of Dark Matter Chuck Keeton Rutgers University Gravitational lens database -- .
X-RAY BRIGHT GALAXY GROUPS AS COSMOLOGICAL TOOLS FABIO GASTALDELLO UNIVERSITY OF CALIFORNIA IRVINE D. BUOTE P. HUMPHREY L. ZAPPACOSTA J. BULLOCK W. MATHEWS.
Star Streams: Smooth or Lumpy? Ray Carlberg & PAndAS (Wayne Ngan simulations)
Dark Matter and Galaxy Formation Section 4: Semi-Analytic Models of Galaxy Formation Joel R. Primack 2009, eprint arXiv:0909.2021 Presented by: Michael.
Stochastic Gravitational Lensing and the Nature of Dark Matter
Asymmetric Neutrino Reaction in Magnetized Proto-Neutron Stars in fully Relativistic Approach Nuclear Matter ⇒ RMF Approach Different Mean-Field for p,
Dark Matter Candidates: Particles WIMPs, particularly LSPs: mass >GeV. WIMPs, particularly LSPs: mass >GeV. Neutralinos: New parity associated with supersymmetry.
Ofer Lahav University College London
Asymmetric Neutrino Reaction in Magnetized Proto-Neutron Stars in fully Relativistic Approach
Dark Matter Candidates: Particles
