The group is led by Prof. Elliott Horch and Prof. Dana Casetti. Other current group members include Dr. Terry Girard, Sam Weiss, Nicole Granucci, Rich Pellegrino, Paul Klaucke, Caitlin Hansen, Hang Pham, and Melissa Shea.
- August 2020. Rob Ryder successfully defended his M.S. Thesis project entitled "Nascent Delta Functions and the Galactic Rotation Problem." Congratulations Rob!
- August 2020. Prof. Casetti hired as a tenure-track faculty member in the Physics Department. Congratulations Dana!
- July 2020. A third 24" telescope arrives on campus. This will be used in the on-going intensity interferometry observations.
- May 2020. Prof. Horch named CSU Professor
Current Research Projects
Astronomical Instrumentation. The group is involved in the construction of high-resolution imaging systems used with large telescopes at major observatories, and in novel, prototype high-resolution imaging systems used on campus.
Galactic Dynamics. This field studies the formation and evolution of our Milky Way galaxy in a cosmological context. The work at SCSU is focused on building and analyzing surveys of stars and stellar systems in our Galaxy and its satellites. Specifically, measurements are made of transverse velocities of these objects, and these are combined with other properties to constrain cosmologically-motivated Milky-Way models.
Intensity Interferometry. A high-resolution technique first used in the 1950's is being revisited at SCSU with modern instrumentation. The goal is to develop and use a wirelessly connected, multiple-telescope instrument capable of measuring stellar diameters from our campus.
Speckle Imaging Surveys of Low-Mass Stars and Exoplanet Hosts. Two current NSF grants fund our observational program, in collaboration with the RECONS Institute and Lowell Observatory. These projects are systematic high-resolution imaging surveys of K and M dwarf stars, that is, those less massive than the Sun. We also team with researchers at NASA's Ames Research Center to provide high-resolution images of exoplanet host stars, in support of the K2 and TESS satellite missions. Our work involves observing at the WIYN Telescope, Lowell Observatory's Discovery Channel Telescope, and both Gemini telescopes. The work will result in a volume-limited sample of stars for which the binary and multiple-star statistics are well-known, which will inform theories of star and planet formation.
Further astronomy activities on campus are conducted in the Earth Science Department.