University of Rochester

Newscenter Home

Futurity Discover the future with news from leading research universities

University Communications

Faculty Experts Directory

High-resolution image
(please include photo credit)

Eric Mamajek

Assistant Professor
Arts, Sciences, and Engineering

Department of Physics And Astronomy

Areas of expertise: Exoplanet detection, stellar evolution, star formation

Press contact:
Peter Iglinski

Related Links:

In the News

Time Magazine
Rings Like Saturn's, but Supersized
January 26, 2015

Alaska Dispatch
What's that Jupiter-like thing doing so far afield from nearest star?
December 06, 2013

Astronomy Magazine
Researchers find that bright nearby double star Fomalhaut is actually a triple
October 08, 2013
Researchers find that bright nearby double star Fomalhaut is actually a triple
October 03, 2013

Sky and Telescope
Subaru Sees New "Planet" Directly
August 09, 2013

YNN Rochester
Two Spectacular Events in One Day for Scientists Watching the Skies
February 15, 2013

Red Orbit
The Search For Alien Life With Guest Dr. Eric Mamajek (Part 3): Your Universe Today Podcast
January 14, 2013

Red Orbit
Your Universe Today Podcast: Planet Hunting, With Guest Dr. Eric Mamajek (Part 2)
January 07, 2013

Red Orbit
Your Universe Today Podcast: How Planets Form, With Guest Dr. Eric Mamajek (Part 1)
December 31, 2012

Yahoo! India
Saturn-like ringed planet found eclipsing sun-like star
January 15, 2012

Discovery Channel
'Saturn on Steroids' Exoplanet Discovered?
January 12, 2012

San Francisco Luxury News
Young stars may be twice as old than previously thought
December 23, 2011

<< Less In the News

News Releases

First Known Binary Star is Discovered to be a Triplet, Quadruplet, Quintuplet, Sextuplet System
December 10, 2009

Eric is an observational astrophysicist whose primary research interests are the formation and evolution of planetary systems, stars, and stellar groups in our Galactic neighborhood. His recent and on-going research projects and collaborations involve quantifying and trying to understand the evolution of protoplanetary and dusty debris disks around normal stars, improving distance and age estimates to astrophysically interesting stellar, protostellar, substellar, and planetary systems, and surveys to image extrasolar planets and substellar companions to nearby stars in the near- and thermal infrared. He has also recently discovered a few new nearby young stellar groups in the solar neighborhood within a few hundred parsecs of the Sun, and is interested in investigating the recent star-formation history and kinematics of the solar neighborhood and what it can inform us about star-formation mechanisms. He also recently co-authored a paper on the observational consequences of protoplanet collisions.