Facilities
UCLA Infrared Laboratory
The goals of the UCLA Infrared Laboraty are to advance the techniques and applications of infrared imaging devices for astrophysics, design and develop infrared cameras and spectrometers, and support observational programs to study key topics including brown dwarfs and planets, star formation, the Galactic Center, and the formation and evolution of galaxies.
Message from UCLA Professor Ian McLean, Founder
When we joined the faculty at UCLA in the Fall of 1989, Eric Becklin and I initiated the Infrared Laboratory from scratch, with the specific intention of supporting infrared astronomy in the "era of the Keck 10-meter telescopes". With the delivery of NIRSPEC in 1999 that goal was achieved. When we were joined by James Larkin in 1997 we also began to develop diffraction-limited instruments culminating in the delivery of OSIRIS in 2005. Today, we look forward to the era of Extremely Large Telescopes (ELTs).
The last twenty years has been a very exciting time for infrared astronomy. Spurred by the development of tiny, solid-state imaging devices called infrared arrays, infrared astronomy has undergone a revolution. Astronomers can now obtain electronic images of stars too cool to emit much normal light or too heavily enshrouded in gas and dust for normal light to escape. Moreover, with the advent of adaptive optics, infrared images can now be obtained at the diffraction limit of the Keck 10-m telescope thus revealing exquisite detail in these hidden regions.
Some of the instrumentation we use and some of our results are included on the lab website. For more information you can read about the most recent exploits in this field in the popular articles or the conference proceedings given below, or by using the links we have provided to other sources.
Learn MoreCurrent Projects
- The Brown Dwarf Spectroscopic Survey (BDSS) by Ian McLean.
- The Center for Adaptive Optics Treasury Survey (CATS) by James Larkin.
Previous Projects
- Studies of star formation regions in the Galaxy using infrared imaging, spectroscopy and polarimetry.
- The star formation history and stellar content of the Galactic Center from infrared imaging and spectroscopy.
- Studies of the infrared properties of clusters of galaxies at redshifts > 2.0 using infrared spectroscopy.
- The properties of radio galaxies at high redshifts using infrared imaging and spectroscopy.