Homepage for Michael Gregg


Curriculum Vitae


Current Research


The Reddest Quasars:
Optically Obscured AGN in the Universe

Elliptical Galaxies: Stellar populations, evolution, distances
In particular: M32, NGC3379

The Fornax Cluster
2dF Redshift Survey

The Coma Cluster of Galaxies:
Various imaging projects, deep and wide

HST and Keck Quasar Snapshot Surveys
for Gravitational Lenses

An HST/STIS UV-Optical Next Generation Spectral Library of Stars

Bent Double Radio Sources:
Flags for Galaxy Clusters

The FIRST Survey
Source identification and characterization

Selected Preprints/Reprints:



The Reddest Quasars (postscript version)

Michael D. Gregg, et al., 2001, Astrophysical Journal, in press


Discovery of a Classic FR-II Broad Absorption Line Quasar from the FIRST Survey (postscript version)

Michael D. Gregg, et al., 2000, Astrophysical Journal, 544, 142


A Close Separation Quasar Lensed by a Gas-Rich Galaxy (postscript version) or (pdf version)

Michael D. Gregg, et al., 2000, Astronomical Journal, 119, 2535


Discovery of a Radio-Loud/Radio-Quiet Binary Quasar (postscript version) or (pdf version)

M.S. Brotherton, Michael D. Gregg, et al., 1999, ApJ Letters, 514, L61


Galaxy Disruption and the Origin of Intracluster Light in the Coma Cluster (postscript version) or (pdf version)

Michael Gregg & Michael West, 1998, Nature, December 10, 1998, 396, 549



Imaging With STIS: Astronomy at V=30

Michael Gregg & Dante Minniti, 1997, PASP, 109, 1062



The Coma - Leo I Distance Ratio and the Hubble Constant

Michael Gregg, 1997, New Astronomy, 1, 363



Of Additional Interest:




Leave it Alone

Bruce Jenkins
San Francisco Chronicle, April 2, 1999

Chile Peppers

Photo Album



Address
Send email to gregg@igpp.ucllnl.org

Snail Mail

Michael Gregg
IGPP L-413
Lawrence Livermore National Laboratory
7000 East Avenue
Livermore, CA 94550
U.S.A


Jump To:
UCD Physics Dept.
Cosmology Research Group
Institute of Geophysics and Planetary Physics at the Lawrence Livermore National Laboratory

Modified February, 2003
Please report any problems or comments to:

albrecht@physics.ucdavis.edu