Postdoctoral Position  Modeling the Self-Assembly of Nanoporous Materials -
University of Massachusetts Amherst
 
We seek a postdoctoral research associate to participate in a research program on multiscale 
modeling of the self-assembly processes in the synthesis of zeolites and other ordered 
nanoporous materials. The research associate will work jointly with Peter Monson in Chemical 
Engineering and Scott Auerbach in Chemistry. The research program is predicated on the need 
for a more sophisticated understanding of the synthesis processes in order to develop synthesis
 methods that give more control over the crystal morphology. This is a prerequisite to the newest 
applications for these materials, e.g., in zeolite membranes with uniform crystal orientation. The 
project focuses on the clear solution synthesis of silicalite-1, the all-silica form of the MFI 
zeolite framework structure. This is a paradigm for nanoporous materials synthesis and involves 
the use a template or structure directing agent in the self-assembly process.
 
Applicants should have a background in statistical mechanics, including experience with 
Monte Carlo and/or molecular dynamics simulations, with a Ph.D. in Chemistry, Chemical 
Engineering, Physics or a related discipline. The initial appointment will be for one year with 
the possibility of extension for additional year(s). Interested candidates should send an 
application via email (monson a ecs.umass.edu), including a resum and listing the names 
and contact information for three references.
 
Professor Peter A. Monson,
Department of Chemical Engineering,
University of Massachusetts,
Amherst, MA 01003
U.S.A.
 
Phone: (413) 545 0661
 
Email: monson a ecs.umass.edu