» Dr. L. Andrew Lyon
Professor, Dean of Schmid College

Schmid College of Science and Technology; Chemistry
Dr. L. Andrew Lyon
Office Location:
Hashinger Science Center 215
Phone:
(714) 997-6930
Email:
Education
Rutgers, the State University of New Jersey, Bachelor of Arts
Northwestern University, Master of Science
Northwestern University, Ph.D.
Biography

Education and Experience

B.A., Chemistry, Rutgers College (w/Prof. Stephan Isied, 1992)

M.S., Physical Chemistry, Northwestern University (1993)

Ph.D., Physical Chemistry, Northwestern University (w/Prof. Joseph Hupp, 1996)

Postdoctoral, Penn State (w/Prof. Michael Natan, 1997-1998)

Assistant Professor, Georgia Tech (1999-2002)

Associate Professor, Georgia Tech (2003-2007)

Professor, Georgia Tech (2007-2014)

Associate Chair, Chemistry and Biochemistry, Georgia Tech (2010-2013)

Chair, Chemistry and Biochemistry, Georgia Tech (2013-2014)

Dean, Schmid College of Science and Technology, Chapman University (July 2014-present)

 

Editorships

Colloid and Polymer Science; Regional Editor: North and South America

 

Honors and Awards

Research Corporation Research Innovation Award (2000)

NSF CAREER Award (2000)

Beckman Young Investigator (2000)

Alfred P. Sloan Research Fellow (2002)

Blanchard Fellow (2003)

Camille Dreyfus Teacher-Scholar Award (2003)

National Fresenius Award of Phi Lambda Upsilon (2006)

 

Research Overview

The group’s general interest centers around colloidal particles composed of stimuli-sensitive polymers. From that focus, the goals of the various projects take us in varied directions, depending on the interests and talents of the specific students involved. The areas in which we work can be broadly classified as:

The Chemistry and Physics of Microgel Assemblies

and

The Chemistry and Physics of Discrete Microgels 

These areas beg the question – “what is a microgel?”. To put it succinctly, microgels are polymer networks (meshes) that are swollen in a solvent; we typically work with water-swellable microgels (hydrogel microparticles). Our challenges are to obtain a detailed understanding of how to make advanced hydrogel particle architectures, how to use such particles in specific applications, and to understand the complex physics of these materials. Work in the group tends to be highly collaborative and interdisciplinary, with collaborations existing between our group and other groups in departments of Biology, Chemical Engineering, Physics, Mechanical Engineering, Biomedical Engineering, as well as Medical Schools. Specific projects of current interest are:

▪       self-healing films

▪       defect tolerant assemblies

▪       bio/synthetic composite matrices

▪       core/shell structures for controlled release

Feel free to contact Prof. Lyon for more information. 

For Publications and other info, please see: lyongroup.net