Mark H. Holmes

 
 
Books
RTG
Course Materials
A Few Awards
Larger Grants (as Project Director)
Hobbies, etc
Addresses, etc
Ranking of Mathematicians
Professor
Ph.D. University of California, Los Angeles
Mathematical Biology, Perturbation Methods, Scientific Computing


Research

My research interests are time dependent. The reason is that I like mathematics, and I like to use mathematics to understand the world we live in (i.e., I am an applied mathematician). Here are a few of the research topics for my more recent PhD students (in reverse chronological order):

Northern Lights. The problem for the aurora involves solving an electron transport equation in the upper atmosphere that is coupled to the kinetic model for light emission due to scattering. The transport equation was solved using an eigenvalue decomposition method that allows for the accurate resolution of the rather extreme boundary layer near the Earth's surface. When coupled to the light emissions model, it was possible to predict accurately the (red, green, and blue) light seen in an aurora.

Model and Analysis for the Onset and Progression of Parkinson's Disease. Parkinson's disease (PD) is associated with abnormally synchronized oscillations in the beta (~20 Hz) frequency band in the basal ganglia. Developing a quantitative understanding of PD involves one of the major challenges in theoretical neurobiology, which is to be able to characterize the dynamic interactions in a complex and distributed network model of neural circuits. Using a mean field firing-rate model it was shown how the interactions between the neuronal groups change from a steady-state response (healthy) to a limit cycle behavior as the disease progresses.

Nonlinear Amplification in the Cochlea. A fundamental open question in understanding how we hear concerns the role of a nonlinear feedback mechanism known as the cochlear amplifier. In this project, a nonlinear three-dimensional continuum model for the amplification of a wave in the cochlea was analyzed. This involved using a nonlinear WKB approximation, and a hybrid numerical scheme, to show that the model is capable of reproducing some of the more well-known affects of the amplifier.

Sleep-Wake Cycle. The goal of this research project is to derive, and then analyze, a physiologically based model of the human sleep-wake cycle. The approach is to use the known properties of the neurotransmitters associated with wake and sleep, and the regions of the brain in which they function, to derive the model. This approach also incorporates, or accounts for, the states of sleep (REM and NREM) and the mechanisms that regulate it (homeostatic drive and circadian synchronization).


Books

Book Cover
Introduction to the Foundations of Applied Mathematics
Book Cover
Introduction to Perturbation Methods
Book Cover
Introduction to Scientific Computing and Data Analysis
Book Cover
Introduction to Numerical Methods in Differential Equations
Introduction to Perturbation Methods (First Edition), Springer-Verlag, 1995. Web page

Mixture Theories for the Mechanics of Biological Tissues, RPI Web Book, 1995. Info Page


RTG

Applied Math Days 2017

RTG Postdoctoral Fellowships


A Few Awards

Guggenheim Fellow

Y.C. Fung Young Investigator Award (ASME)

2000 Premier Award for Excellence in Engineering Education Courseware

2001 ASME Curriculum Innovation Award

2002 Award for Innovative Excellence in Teaching, Learning and Technology

2002 Best Paper Award, 13th International Conference on College Teaching and Learning

2007 ICTCM Award for Excellence and Innovation with the Use of Technology in Collegiate Mathematics

2007 Rensselaer Trustee's Outstanding Teacher Award


Larger Grants (as Project Director)

"RTG: Research Training in Applied Mathematics," with G. Kovacic, P. Kramer, F. Li, Y. Lvov, and D. Schwendeman, $2,099,878, National Science Foundation. Summary. [active]

"GAANN: Graduate Assistance in Areas of National Need ," with I. Herron, G. Kovacic, F. Li, and D. Schwendeman, $1,330,000, Department of Education. [inactive]

"RTG: Research Training Group in Large-Scale Nonlinear Systems," with G. Kovacic, P. Kramer, F. Li, Y. Lvov, and V. Roytburd, $1,272,000, National Science Foundation. Summary for first three years of grant. [inactive]

"CSUMS: Computational Science Training in the Mathematical Sciences at Rensselaer," with I. Herron, G. Kovacic, P. Kramer, and V. Roytburd, $1,251,000, National Science Foundation. Summary for first three years of grant. [inactive]

"Initiative for Vertical Integration of Research and Education in Applied Mathematics," with J. Flaherty, G. Kovacic, J. McLaughlin, and D. Schwendeman, $3,830,000, National Science Foundation. Summary for last two years of grant. [inactive]

"Mathematics and its Applications in Engineering and Science: Building the Links," with W. Boyce, R. Spilker, K. Conner, and J. Wilson, $4,016,000, National Science Foundation. [inactive]


Course Materials

Numerical Linear Algebra with Applications Spring '17

Evaluations for S17

Calculus II Fall '16

Evaluations for F16
Evaluations for F14

Introduction to Differential Equations Spring '16

Evaluations for S16

Mathematics in Medicine and Biology Fall '15

Evaluations for F15
Evaluations for F13
Evaluations for F11

Foundations of Applied Mathematics Fall '14

Evaluations for F14
Evaluations for F12

Numerical Computing Spring '14

Evaluations for S14
Evaluations for S13

Perturbation Methods Spring '12

Evaluations for S12

Intro to Topology Fall '10

Intro to Math Research Spring '09

Art and Science of Mathemtics II Spring '09

Intro to the Numerical Solutions of Differential Equations Spring '05


Hobbies, etc

Mac Resource Page Recommended software and recreational reading for Mac users.

Hobbies

Reason for Nobel Prizes?
    Reason for above observation?

Soon to be Retired Toy Our cluster.


Addresses, etc

Mailing Address:

Prof. Mark Holmes
Department of Mathematical Sciences
Rensselaer Polytechnic Institute
110 8th Street, Troy, NY 12180

Office: Amos Eaton 322

E-mail: holmes (@rpi.edu)

Phone: 518-276-6891

FAX: 518-276-2179


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