Students with Whom I have Worked Closely During My Professional Career:
|2001||Eric Barnes received the Division on Dynamical Astronomy's Student Stipend Award.|
|2000||As a freshman at St. Joseph's Academy, Meagan Messina competed in the International Science Fair in Detroit, MI.|
|1999||John Cazes was awarded LSU's Distinguished Dissertation Award|
|1998||Erik Young was awarded LSU's Distinguished Dissertation Award|
|1998||James Kurtz was awarded an NSF Graduate Research Fellowship|
|1998||David Sherfesee was awarded an NSF Graduate Research Fellowship|
LSU students (and me!) attending the 197th American Astronomical Society Meeting in Austin, TX. (Photo taken by Arlo Landolt, LSU Professor & AAS Secretary.)
|High School Students|
|(email@example.com or firstname.lastname@example.org)|
|Following her freshman year of high school in 1994, Holly attended our month-long, NSF-funded "Young Scholars" program here in the Department of Physics & Astronomy at LSU. She helped me develop a simple, but meaningful, mechanical model to illustrate how protostellar disks might fragment to form a binary star system. Holly currently is in her senior year at St. Joseph's Academy, Baton Rouge.|
In the summer of 1992, following her junior year of high school at
Archbishop Blenk High School in Gretna, LA, Mandy attended our
month-long, NSF-funded "Young Scholars in Astronomy and Space Sciences"
program here at LSU. During that time, she constructed a simple,
but meaningful computer model of warped galaxy disks, comparing the
velocity maps of the modeled galaxies to published velocity maps of
real galaxies. According to
her resume, in May, 1997, Mandy
graduated from Tulane University's School of Engineering
with a B.S. in Biomedical Engineering.
In the summer of 1993, James attended our month-long, NSF-funded
"Young Scholars" program here at LSU. Working with me during that time, he
located optical photographs of all the major spiral galaxies for
which good HI (radio frequency) velocity maps exist and carefully
measured quantitatively the structure (e.g., pitch-angle) of each
optically visible spiral arm in each galaxy. This data has since
been used to examine to what extent the twists in tilted-ring models
of warped spiral galaxy disks match the optically visible spiral structure.
In the fall of 1994, James enrolled in LSU's Honors College and immediately became involved in the research activities of the department's experimental gravity wave group. During his tenure at LSU he also worked with the low temperature, condensed matter group and participated in two NSF-sponsored summer research (REU) programs: one at Pennsylvania State University and another at UC, San Diego. In May, 1998, James expects to graduate with a 4.0 grade point average, having earned a dual degree: B.S. in Physics and a B.S. in Mathematics.
Through the NSF's Division of Graduate Education, James has been awarded an NSF Graduate Research Fellowship in physics (out of 35 such awards nationwide; see the complete list of 1998 awards) and, in the fall, 1998, plans to join the experimental condensed matter physics Ph.D. program at Pennsylvania State University.
During her freshman year of high school (1999-2000) at St. Joseph's
Academy in Baton Rouge, LA, Meagan asked whether I would help her choose
and then develop a science fair project on some astronomy topic.
She decided to write a computer program in Liberty Basic to show what
a Doppler (radial velocity) map of Saturn's rings will look like when
the Cassini spacecraft flys over the pole of Saturn in 2003. After coupling
the results of this program with a great deal of background reading, she
prepared a spectacular science fair presentation. Her presentation not only
won her assigned division, but at the regional competition she won best overall.
Here is an excerpt from the e-mail message that she sent to me on 3/1/00,
following this regional competition:
During her sophomore year at St. Joseph's Academy (2000-2001), Meagan worked on an observational astronomy project with Mark Slovak and, based on the results of this project, also competed very successfully in science fair competitions. On March 7, she placed 2nd in her division at the regional competition and, as a result, received an invitation once again to attend the year's International Science Fair. (Meagan's poster at this March 7 regional competition was featured on the cover page of the 16 March edition of LSU's weekly publication entitled "LSU Today.")
|Undergraduates at LSU|
|Jeffrey E. Anderson|
|During his tenure as an undergraduate student at LSU (1985-89), Jeff Anderson worked with me for over three years, contributing quite significantly to my group's ongoing research activities. As an integral part of our efforts to analyze the results that came from large-scale numerical simulations of evolving astrophysical systems, Jeff took complete control of the computer programs that we had developed to construct and display three-dimensional images of protostellar gas clouds. (Our computer-imaging programs at the time executed on a VAX/750 and were derived from programs that had originally been developed under the direction of Gabor T. Herman in the Department of Radiology at the University of Pennsylvania Hospital to image medical CT-scan data.) Jeff constructed, catalogued, and stored on videotape literally thousands of images, producing some of our earliest animated sequences of time-evolving astrophysical models. During his first few years at LSU, Jeff pursued a double major in physics (astronomy option) and history. Ultimately, he decided to focus his efforts on history. He received his B.S. in History from LSU in 1989, and was accepted into the graduate History program at the University of Michigan. His graduate research has involved extended periods of study at the University of Oxford, England.|
While pursuing his B.S. degree in physics at LSU, Donovan
worked with me and members of my research group for a couple of
years. He helped me think through the design of a 3D volume
rendering algorithm designed to execute on a massively parallel,
distributed memory computer architecture and helped investigate
possible connections between the twisted-disk structure of
extended neutral hydrogen disks and optical spiral arms in
spiral galaxies. Before leaving LSU, Donovan also generated some
simple holographic images from purely numerical data to demonstrate
how computer-generated holography might be useful in the analysis
of time-evolving, complex 3D data sets.
When he graduated from LSU, Donovan entered the Astronomy Ph.D. program within the Department of Physics & Astronomy at the University of Alabama. While there, he worked with Bill Keel and Gene Byrd, focusing on an infrared analysis of galaxies (see, for example, 2000, ApJ, 545, 171) and he attended the Les Houches 1998 Summer School on "Infrared Space Astronomy, Today and Tomorrow."
While pursuing his B.S. degree in kinesiology at LSU, Pete
worked with me extensively on the development of my online,
graduate-level textbook entitled, "The Structure, Stability, and
Dynamics of Self-Gravitating Systems." In particular, Pete helped
me design the entire layout of the book, and he was reponsible for
putting in, and keeping up-to-date, all the numerous hyperlinks
within the book. Pete's work on this Hyper_Textbook has been formally
acknowledged in the July/August issue of "Computers in Physics",
where the book was featured in the "Internet Goldmine" section of
Pete completed his B.S. degree in December, 1999, and was admitted into medical school at the LSU Health Science Center in New Orleans, LA.
Over the two-year period 1996-1998, Dave Sherfesee worked with me on a variety of
technical programming tasks associated with my development of a
graduate-level, on-line hypertext book entitled,
"The Structure, Stability, and
Dynamics of Self-Gravitating Systems." I am particularly grateful
for the versatile, yet user-friendly interface that he developed between
some of the book's hypertext pages and various Mathematica® tools.
Check out, for example, his Mathematica Applications that permit the user to
Laplacian of virtually any analytically expressible
functions in spherical coordinates.
In December, 1997, Dave received his B.S. in Physics from LSU, having
completed the degree in three and a half years with a 4.0 grade point average.
Through the NSF's Division of Graduate Education, Dave has been awarded an NSF Graduate Research Fellowship in astronomy (out of 13 such awards nationwide; see the complete list of 1998 awards) and, in the fall, 1998, plans to join the astronomy Ph.D. program at UC, Berkeley.
|Undergraduates at Other Universities|
|The summer between his freshman and sophomore years at Duke University, Jim attended an intensive 2-week, high-performance computing workshop at LSU that was organized by a handful of faculty associated with our Concurrent Computing Laboratory for Materials Simulation (CCLMS). In collaboration with another student (Gabe Rivera) attending the workshop, Jim designed from scratch an algorithm by which 3D data sets can be successfully imaged on a massively parallel, SIMD-architecture computer. Currently, Jim is pursuing his bachelor's degree in physics at Duke.|
|Papers coauthored with Tohline: [See reference #47]|
|Saied earned his Ph.D. in physics at LSU in 1998 under my direction, having successfully defended his Ph.D. dissertation entitled, "The Structure and Stability of Selected, 2-D Self-Gravitating Systems," Saied is presently employed as a computer systems manager in LSU's Department of Electrical and Computer Engineering.|
|Eric I. Barnes||(email@example.com)|
|Papers coauthored with Tohline: [See references #58, 60, 65 ]|
|Under my direction, in the Spring of 2001, Eric successfully defended his Ph.D. dissertation entitled, "A Study of Stellar Orbits in a Rotating, Gaseous Bar," then moved to a postdoctoral position in the Department of Physics and Astronomy at Rutgers University. As a tribute to the high quality of Eric's dissertation research, Eric was awarded one of two Student Stipend awards to attend and present the results of his research at the April, 2001 meeting of the American Astronomical Society's Division on Dynamical Astronomy meeting.|
|John E. Cazes||(firstname.lastname@example.org)|
|Papers coauthored with Tohline: [See references #48, 54, 60, C22, C23 ]|
|Under my direction, John successfully defended his Ph.D. dissertation entitled, "The Formation of Short Period Binary Star Systems from Stable, Self-Gravitating, Gaseous Systems," in 1999, then moved to a position with Raytheon in Washington, DC. As a tribute to John's accomplishments, and in recognition of the overall exceptional quality of his Ph.D. dissertation, John was awarded LSU's 1999 Distinguished Dissertation Award for the Science and Engineering Division.|
|Dimitris M. Christodoulou||(email@example.com)|
|Papers coauthored with Tohline: [See references #21, 24, 29, 34, 36, 37, 40, 41, 42, 43, 44, 45, 47, 48, 49 ]|
|Dimitris earned his Ph.D. in physics at LSU in 1989 under my direction, having successfully defended his dissertation entitled, "Using Tilted-Ring Models and Numerical Hydrodynamics to Study the Structure, Kinematics and Dynamics of HI Disks in Galaxies." He then accepted a postdoctoral research position with Ramesh Narayan at the University of Arizona and at the Center for Astrophysics, Harvard. Following a second postdoctoral position in the Astronomy Department at the University of Virginia, Dimitris returned to LSU as a senior postdoctoral researcher, significantly driving the research activities of my group for three years while I served as Chairman (1994-97) of the Department of Physics and Astronomy. Dimitris is currently working as a Senior Applications Engineer for Sky Computers, a private software company in the Boston area that deals with the development of ``embedded systems'' in connection with high-performance-computing platforms. He also has informed me that he is actively involved in standardization issues related to HPC libraries (such as MPI !), as described by www.mpirt.org|
|Howard S. Cohl||(firstname.lastname@example.org)|
|Papers coauthored with Tohline: [See references #50, 53, 56, 60, C22, C23 ]|
|Under my direction, Howie successfully defended his Ph.D. dissertation entitled, "On the Numerical Solution of the Cylindrical Poisson Equation for Isolated Self-Gravitating Systems," in 1999, then moved to the position of Senior Principal Analyst & Training Systems Support Manager with the PET program at the Stennis Space Center in Stennis, MS.|
|Papers coauthored with Tohline: [See references #65, C21 ]|
|Under my direction, Paul successfully defended his Ph.D. dissertation entitled, "Nonaxisymmetric Equilibrium Models for Gaseous Galaxy Disks," in 1998, then moved to a tenure-track faculty position in the Physics Department at Northeast Louisiana University.|
|Patrick M. Motl||(email@example.com)|
|Papers coauthored with Tohline: [See references #61, C21, C23 ]|
In 2001, Patrick received his Ph.D. in Physics from LSU, having completed
his dissertation entitled,
"Numerical Simulations of Dynamical Mass
Transfer in Binaries."
This research work was conducted under the guidance
of both Juhan Frank and me.
In addition to the contribution to astrophysics that he has made
through the completion of his dissertation research, Patrick has made two
very significant contributions to our program here at LSU.
First, he was extremely instrumental in helping us build and bring to
full functionality the computer-controlled telescope that resides at
Highland Road Park Observatory,
which is jointly maintained and operated by LSU, the Park and Recreation
Commission of East Baton Rouge Parish (BREC), and the Baton Rouge Astronomical
Society (BRAS). Second, he completely rewrote my group's gravitational
CFD code in a form that includes explicit calls to mpi and therefore permits
it to be run efficiently on a variety of parallel computing platforms.
This code has been or is being used now to study a variety of interesting
astrophysical systems. Thanks, Patrick!!
Upon completing his dissertation research, Patrick moved to the University of Missouri, accepting a postdoctoral position to work with Jack Burns on some cosmological problems. He has since moved -- following Burns -- to CASA in Boulder, CO.
|Kimberly C. (Barker) New||(firstname.lastname@example.org)|
|Papers coauthored with Tohline: [See references #46, 51, 52, 55 ]|
|Kim earned her Ph.D. in physics at LSU in 1996 under my direction, having successfully defended her dissertation entitled, "Instabilities in and Gravitational Radiation from Compact Stars and Compact Binary Systems. " She moved from LSU to a postdoctoral research position with Joan Centrella at Drexel University, then moved to Los Alamos, New Mexico where she held a postdoctoral research position in X-Division. Kim has since assumed a permanent position on the scientific staff of group X-2 at Los Alamos.|
|Papers coauthored with Tohline: [See references #65, 66 ]|
|Shangli earned his Ph.D. in physics at LSU in 2004 under my direction, having successfully defended his dissertation entitled, "Nonlinear Development of the Secular Bar-mode Instability in Rotating Neutron Stars." For six months, he took a postdoctoral position in LSU's interdisciplinary Center for Computation & Technology, then he returned to my group as a postdoctoral researcher to work on a variety of research problems of mutual interest.|
|Papers coauthored with Tohline: [See reference #52]|
|Horst completed his Ph.D. in physics at LSU in 1994 under the direction of Detlev Koester and Ganesh Chanmugam, then moved to Germany where he continued his research in a postdoctoral position (as a Wissenschaftlicher Assistent) at the Institute for Astronomy and Astrophysics, University of Kiel, Germany. Currently, Horst is employed at SAP, a large international software company that is based in Germany.|
|Harold Williams||(email@example.com or firstname.lastname@example.org)|
|Papers coauthored with Tohline: [See references #22, 28 ]|
|Harold completed his Ph.D. in physics at LSU in 1988 under my direction, successfully defending his dissertation entitled, "Star Formation, Using 3-D Explicit Eulerian Hydrodynamics." He then accepted a postdoctoral research position at the Carnegie Institution of Washington (DTM). He is presently director of the Montgomery College Planetarium in Takoma Park, Maryland and is a very active member in the Washington, DC area of the National Capital Astronomers.|
|Papers coauthored with Tohline: [See references #35, 38 ]|
|John completed his Ph.D. in physics at LSU in 1992 under my direction, successfully defending his dissertation entitled, "The Stability of Thick, Self-Gravitating Disks in Protostellar Systems. " He then moved to an instructorship position in the physics department at the University of Texas, El Paso. From his base in El Paso, John also built a reputation as an excellent computing consultant to NeXT Corporation. John is currently employed as a consultant for Valtech, Inc. (previously Expede) in Dallas, TX, after a 3-year stint with Raytheon E-Systems.|
|Erik completed his Ph.D. in physics at LSU in 1998, having submitted to the LSU Graduate Faculty a dissertation entitled, "Magnetic Field Evolution in Neutron Stars." During his last two years of graduate work, Erik worked jointly under my and Juhan Frank's supervision. However, the bulk of Erik's dissertation research was conducted under the guidance and direction of our beloved colleague, Ganesh Chanmugam. Juhan and I "adopted" Erik when Ganesh passed away in March of 1996. In August, 1998, Erik took his technical physics training to the University of Arkansas Medical School where he is now enrolled as a medical student. As a tribute to Erik's accomplishments under Ganesh Chanmugam's direction, and in recognition of the overall exceptional quality of his Ph.D. dissertation, Erik was awarded LSU's 1998 Distinguished Dissertation Award for the Science and Engineering Division.|
|Year of Ph.D.||Student Name||ETD||Jointly Advised?|
|1989||Dimitris M. Christodoulou|
|1994||Horst Väth||w/ Detlev Koester (Univ. of Kiel, Germany)|
|1996||Kimberly C. (Barker) New|
|1998||Erik Young||w/ Ganesh Chanmugam (LSU Physics & Astronomy)|
|1999||John E. Cazes|
|1999||Howard S. Cohl|
|2001||Eric I. Barnes|
|2001||Patrick M. Motl||w/ Juhan Frank (LSU Physics & Astronomy)|
|2006||Ravi Kumar Kopparapu|
|2006||Richard Muffoletto||w/ John Tyler (LSU Computer Science)|