Alice Quillen

Publication List Details

Period

2005 - 2008

Number

12

Co-Authors

Evidence for Growth of Eccentricity and Mass Clearing in a Disc Interior to a Planet (2007)

Edgar, Richard G., Blackman, Eric, Quillen, Alice, Varniere, Peggy, Frank, Adam

We present computational results showing eccentricity growth in the inner portions of a protoplanetary disc. We attribute this to the evolving surface density of the disc. The planet creates a gap,...

The formation of an eccentric gap in a gas disk by a planet in an eccentric orbit (2006)

Hosseinbor, A. Pasha, Edgar, Richard, Quillen, Alice, LaPage, Amanda

We investigate the effect of a planet on an eccentric orbit on a two dimensional low mass gaseous disk. At a planet eccentricity above the planet's Hill radius divided by its semi-major axis, we find...

Hubble Space Telescope Near-Infrared Snapshot Survey of 3CR radio source counterparts at low redshift (2006)

Madrid, Juan P., Chiaberge, Marco, Floyd, David, Sparks, William B., Macchetto, Duccio, Miley, George K., ...

We present newly acquired images of the near-infrared counterpart of 3CR radio sources. All the sources were selected to have a redshift of less than 0.3 to allow us to obtain the highest spatial...

An optical-IR jet in 3C133 (2006)

Floyd, David J. E., Laing, Robert, Chiaberge, Marco, Perlman, Eric, Sparks, William, Macchetto, Duccio, ...

We report the discovery of a new optical-IR synchrotron jet in the radio galaxy 3C133 from our HST/NICMOS snapshot survey. The jet and eastern hotspot are well resolved, and visible at both optical...

An optical-IR jet in 3C 133 (2005)

Floyd, David, Laing, Robert, Chiaberge, Marco, Perlman, Eric, Sparks, William, Macchetto, Duccio, ...

Also archived in: arXiv:astro-ph/0602021 v1 1 Feb 2006 AND Space Telescope Science Institute Eprint #1711

An optical-IR jet in 3C 133 (2005)

Floyd, David, Laing, Robert, Chiaberge, Marco, Perlman, Eric, Sparks, William, Macchetto, Duccio, ...

Also archived in: arXiv:astro-ph/0602021 v1 1 Feb 2006 AND Space Telescope Science Institute Eprint #1711