Amaral

• Integrative modeling of gene and protein interaction-networks
• complex fluctuations in healthy physiologic systems

back to top

Barron

• DNA electrophoresis
• folding and self-assembling heteropolymers

back to top

Broadbelt

• Multiscale modeling of complex reacting systems
• design of nanostructured catalysts
• discovery of novel biochemical pathways
• polymerization and depolymerization kinetics

back to top

Burghardt

• Polymer science
• Rheology
• non-Newtonian fluid mechanics

back to top

Gray

• Catalysis
• environmental chemistry
• treatment technology

back to top

Grzybowski

• Complex dissipative systems
• theory of non-equilibrium self-organization
• self-assembly

back to top

Hatzimanikatis

• Functional genomics
• mathematical and computational biotechnology
• bioinformatics

back to top

Kung

• Catalysis
• novel materials
• sustainability
• renewable energy
• environmental chemistry
• reaction engineering

back to top

Miller

• Cell and tissue culture applications in biotechnology and medicine

back to top

Notestein

• multifunctional materials and catalysts
• molecularly structured surfaces
• energy

back to top

Ottino

• Complex systems
• dynamics of granular matter
• mixing and segregation processes

back to top

Olvera de la Cruz

• Polymer theory
• phase transformations
• polyelectrolytes

back to top

Papoutsakis

• Biotechnology of animal and microbial cells
• genomics of stem-cell differentiation and clostridial differentiation

back to top

Ryskin

• Fluid dynamics
• statistical physics
• geophysics

back to top

Shea

• Tissue engineering and gene therapy

back to top

Snurr

• Molecular modeling
• nanoporous materials
• novel catalysts

back to top

Torkelson

• Polymer science and engineering

back to top