Header Bar Graphic
Space Image and IconSpace HeaderKids Image
Spacer Space IconHomepage ButtonWhat is NASA Quest ButtonSpacerCalendar of Events ButtonWhat is an Event ButtonHow do I Participate ButtonSpacerBios and Journals ButtonSpacerPics, Flicks and Facts ButtonArchived Events ButtonQ and A ButtonNews ButtonSpacerEducators and Parents ButtonSpacer
Highlight Graphic
Sitemap ButtonSearch ButtonContact Button
 


Meet: Michael Haas

Research Scientist
NASA Ames Research Center, Mt.View, CA


What I do (asked in 1996)
I am the assistant group leader for seven Ph.D. research astronomers, three technicians (one engineer, one machinist, and one programmer), and one graduate student. Our main activity is to operate a far-infrared cryogenic grating spectrometer for use on the Kuiper Airborne Observatory (KAO). We designed and built the instrument and the onboard data system, assembled and tested all the equipment, maintain and update the equipment as needed, do preflight laboratory testing and calibration, install the instrument and data systems on the aircraft, plan the observations, fly with the experiment, acquire and analyze the data, interpret and publish the results.

My primary responsibility is to supervise the day-to-day operations of the group. We also do some supporting ground-based optical, near-infrared, and radio observations to help understand and interpret our far-infrared data. We tackle a variety of problems having to do with the star formation process.

My education
I have always liked technical things. I found physics to be the hardest class I took in high school, but also the most interesting. I majored in physics in college at North Dakota State University, and then went on to get a Ph.D. in Physics in graduate school at Iowa State University. I tried several areas of physics, including Low-Energy Nuclear Physics, Solid State Properities of the Rare Gas Solids (studying the thermal expansion and heat capacity of frozen neon, argon, etc.), and the Radio-Frequency Detection of Tornadoes as an Early Warning System.

I became interested in astronomy as a third-year graduate student. I did some theoretical calculations on the gas motions around quasi-stellar objects (QSOs or quasars) for my Ph.D. dissertation. My unofficial thesis advisor was a friend at NASA-Ames Research Center, so after I finished my degree, I came to California as a National Research Council Post-Doctoral Fellow. This was a two-year appointment meant for people just out of graduate school. After I finished my post-doc (also working on the theory of QSO clouds) and was looking for a job, I got hired to work on Infrared Airborne Astronomy. I literally fell into a great job and have been at NASA-Ames ever since, first as a contractor working for my own company and now as a civil servant working for the government.

My motivation
I never thought much about making money or career goals when I was in school. I just did what sounded like fun and was easy for me. I got involved in research in a physics lab in college and published a paper as an undergraduate. This motivated me to pursue a career in research.

My goals
We have a flight series involving four flights on the Kuiper Airborne Observatory in mid-June. Two flights will be used to measure abundances in HII regions (we determine how much oxygen, nitrogen, and sulfur there is in the ionized gas regions of our galaxy as a function of distance from the center). The second two flights will be used to study the same kinds of things in galaxies other than the Milky Way.

After the flight series is over, I want to work on the data analysis, interpretation of results, and the publication of these projects in the scientific literature. I also have some older data I will be working on.

The most exciting thing I will be working on this year is AIRES or the Airborne InfraRed Echelle Spectrometer. This is a new instrument we are planning to build to fly on the Kuiper. It will be the biggest instrument ever built for the airplane and has many technical and engineering challenges for our group to solve. It will acquire data up to 400 times faster than our present instrument using the same telescope because of the advances in far-infrared detector technology over the past 10 years. The far infrared is 20 to 200 microns (wavelengths which are 40 to 400 times that of visible light).

Personal tidbits
My major hobby is my three children - Robert,18; Karen,16; and Stephen,13. My oldest son is starting college in the fall, majoring in computer science. We have spent many hours together filling out application forms, reading course catalogs, and discussing schools during the past year. I sew with my daughter and race model cars with my younger son. At Christmas time we all love to build gingerbread houses.

I also enjoy walking and playing with our dog, cooking on weekends, camping in the Redwoods, and visiting the Minnesota lake country in the summer. I also work on my cars, house, and lawn.

 
Spacer        

Footer Bar Graphic
SpacerSpace IconAerospace IconAstrobiology IconWomen of NASA IconSpacer
Footer Info