Research Areas: Observational Studies of Asteroid Families, Experimental Studies of Asteroid Impacts, Numerical
Simulations of Impact Fragmentation, Cratering on Asteroidal Surfaces,
and Education Initiatives.
Other Interests: Astrophotography
, Science Fiction, Star Trek, Art, Rock
Climbing , Skiing, Scuba Diving.
Biography:
Eileen V. Ryan is currently the Project Scientist and Manager of the
Magdalena Ridge Observatory's 2.4-meter Telescope Project. Her initial
involvement in this initiativeoccured while she was an Assistant
Professor of Physics at
New Mexico Highlands University, and Co-Chair of the Physics
Department. Previously, she was a Research Scientist
affiliated
with the Planetary Science Institute in Tucson, Arizona. She completed
her Ph.D. dissertation, entitled ``Catastrophic Collisions: Laboratory
Impact Experiments, Hydrocode Simulations, and the Scaling Problem'',
in
Planetary Geophysics at the University of Arizona, Tucson, in 1992. She
also has an M.S. degree in Astronomy from New Mexico State University,
and a B.A. in Physics from Rutgers University. Her research work
involves
theoretical studies of collisions and the fragmentation process using a
two-dimensional continuum damage numerical hydrocode, modified to
include
strength effects and the Grady-Kipp fragmentation algorithm. This
hydrocode
is used to determine how collisional outcome depends on target size,
providing
a better understanding of impact processes in the solar system (e.g.,
asteroid
collisional evolution, planetary accretion, ring system dynamics,
etc.).
She has also designed and implemented an experiment program to study impacts
and their collisional outcomes under various initial conditions.
She has played a major role (principal and co-investigator) in writing
proposals and securing funding for the theoretical and experimental programs
described above, and has refereed papers on these subjects for Icarus,
Nature, the Astronomical Journal,
and the Journal of Geophysical Research. She also has experience in image
processing and analysis as part of the Galileo Mission Project. She
has been involved in the study of the cratered surfaces of asteroids Gaspra
and Ida, imaged by the Galileo spacecraft.
In the education field, she has been a science mentor to undergraduate
students from the NASA
Space Grant Program for many years, and has sponsored several high
school students in a similar outreach program over a four year period.
Further, she has been the lead scientist in developing additional outreach
programs involving various local middle schools, high schools, and two
community colleges, and has consulted for the local Project ASTRO coalition,
which pairs teachers with scientist mentors. As part of the Galileo
SSI Education and Public Outreach team, she has authored education
modules to be used in middle-school classrooms. She also served
as the Director of Discovery
Park's Gov Aker Observatory in Safford, Az, where she implemented
outreach activities and lectures
for school curriculum augmentation, working with school children
in grades K-14, locally, and on the San Carlos Reservation.
She is familiar with Unix, VMS, Macintosh, and Windows95/NT computer
systems, Fortran programming, and hypertext markup language.
Research Projects:
Laboratory Impact Experiments
Impact Fragmentation of Kuiper Belt Objects
Comet Hyakutake --VATT 1.8m Observations
Education Projects:
Courses Taught at New Mexico Highlands University
-
Physics 105: Elementary Physics
- Physics 151: Algebra Physics 1
- Physics 152: Algebra Physics 2
- Physics 110: Survey of Astronomy
Astronomy Education Lectures: (Gov Aker Observatory)
High School Supercomputing Internet Project
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