Gauge Fields Out-Of-Equilibrium: A Gauge Invariant Formulation and the Coulomb Gauge

Kavli Affiliate: Katrin Heitmann | First 5 Authors: Katrin Heitmann, , , , | Summary: We study the abelian Higgs model out-of-equilibrium in two different approaches, a gauge invariant formulation, proposed by Boyanovsky et al. cite{Boyanovsky:1996dc} and in the Coulomb gauge. We show that both approaches become equivalent in a consistent one loop approximation. Furthermore, […]


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A New (Old) Component of the Galaxy as the Origin of the Observed LMC Microlensing Events

Kavli Affiliate: Geza Gyuk | First 5 Authors: Evalyn I. Gates, Geza Gyuk, , , | Summary: We suggest a new component of the Milky Way galaxy that can account for both the optical depth and the event durations obtained by the MACHO microlensing survey toward the Large Magellanic Cloud. This component is consistent with […]


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Expectations from Realistic Microlensing Models of M31. I: Optical Depth

Kavli Affiliate: Geza Gyuk | First 5 Authors: Geza Gyuk, Arlin Crotts, , , | Summary: We provide a set of microlensing optical depth maps for M31. Optical depths towards Andromeda were calculated on the basis of a four component model of the lens and source populations: disk and bulge sources lensed by bulge, M31 […]


Continue.. Expectations from Realistic Microlensing Models of M31. I: Optical Depth

The Sunyaev-Zeldovich Effect as Microwave Foreground and Probe of Cosmology

Kavli Affiliate: John E. Carlstrom | First 5 Authors: Gilbert P. Holder, John E. Carlstrom, , , | Summary: The Sunyaev-Zel’dovich (SZ) effect from clusters of galaxies should yield a significant signal in cosmic microwave background(CMB) experiments at small angular scales ($ell ga 1000$). Experiments with sufficient frequency coverage should be able to remove much […]


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