Timothy Newman
Professor
Ph.D. University of Manchester
Professor
Ph.D. University of Manchester
| Home Department | Physics |
| ASU Affiliations | School of Life Sciences |
| Areas of Study | Modeling developmental processes [Director] |
| Link | Personal Homepage |
Background Timothy Newman has a research background in the theory of non-equilibrium systems and stochastic processes. His current interests lie in biological modeling, with particular emphasis on computational modeling of multicellular structures and development. |
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Two snapshots of a population of individuals (each defined by a virtual genome), with natural selection encoded through �genome templates� for reproduction and mortality.
Cross-sectionaL view of a cell cluster generated using the sub-cellular element model.
Cell division modeled using the sub-cellular element model.
[Publication]
Modeling multi-cellular systems using sub-cellular elements
T. J. Newman, Mathematical Biosciences and Engineering 2, 611:622 (2005).
[Publication]
Many-body theory of chemotactic cell-cell interactions
T. J. Newman and R. Grima, Physical Review E 70, 051916 (2004).
[Publication]
Amplified biochemical oscillations in cellular systems
A. J. McKane, J. Nagy, T. J. Newman, and M. Stefanini, Journal of Statistical Physics, to appear (2007).
[Publication]
Connecting genotype with phenotype using the Genome Template Model: pleiotropy, polygenic traits, and life-history strategies
R. E. DeSimone, A. Boondirek, and T. J. Newman, in Artificial Life X (MIT Press) (2006).