Ithaca Campus Faculty
| Carlos Bustamante |
Evolutionary genomics, Bayesian inference, computational statistics, protein structure and evolution |
| Andy Clark |
Molecular and theoretical population genetics; molecular evolution; Drosophila evolutionary biology |
| Evan Cooch |
Methods for quantitative analysis and management of population dynamics, theoretical ecology |
| Ron Elber |
Sequences, structures, dynamics and function of proteins |
| Steve Ellner |
Theoretical and computational population biology |
| David Field |
Theories and models of sensory coding and visual processing; visual perception |
| Robert Gilmour |
Dynamics of cardiac electrical activity and arrhythmias |
| John Guckenheimer |
Analysis of dynamical systems, especially neural systems |
| Ron Hoy |
Mechanisms of hearing in animals (insects) neuroanatomy, development, behavioral neurobiology |
| Uri Keich |
Statistical and algorithmic problems in bioinformatics |
| Jon Kleinberg |
Combinatorial structure of networks and information, with applications to computational biology |
| Kelvin Lee |
Mathematical frameworks for cellular processes and gene regulation |
| Christiane Linster |
Neural basis of sensory processing and memory |
| Hod Lipson |
Evolutionary robotics and artificial life |
| Susan McCouch |
Evolutionary genomics of rice |
| Jason Mezey |
Quantitative genetics/genomics; statistical genetics; computational biology; pathway modeling; molecular evolution |
| Chris Myers |
Systems biology, regulatory and signaling networks, biological information processing, and dynamics of complex systems |
| Richard Rand |
Dynamical systems, biological systems |
| Kern Reeve |
Evolutionary game theory applied to the analysis of cooperation and conflict in social organisms |
| David Ruppert |
Statistical modeling in biology |
| Harold Scheraga |
Theoretical and experimental determination of protein folding pathways and native protein structure |
| Steve Schwager |
Multivariate analysis, experimental design, linear models, statistical genetics |
| Jim Sethna |
Condensed-matter theory, dynamics of proteins, RNA, and DNA in the cell |
| David Shalloway |
Global optimization for predicting protein structure and motion |
| David Shmoys |
Efficient algorithms for discrete optimization with applications in computational biology |
| Christine Shoemaker |
Population modeling and optimization, including application to bacteria involved in groundwater remediation |
| Adam Siepel |
Comparative genomics, molecular evolution, machine learning and computational statistics |
| Eric Siggia |
Statistical mechanics and pattern recognition applied to genomic and RNA expression data |
| Steven Strogatz |
Nonlinear dynamical systems in biology, coupled oscillators |
| Patrick Sullivan |
Spatial and temporal statistical modeling and assessment of populations and communities |
| Marjolein C H van der Meulen |
Orthopedic biomechanics of bone adaptation to mechanical stimuli |
| Jane Wang |
Biofluid dynamics and scientific modeling and computing |
| Martin Wells |
Applications of statistics in biology |
