| Research
Description
The controlled assembly of colloidal particles has received significant
attention in recent years because of their potential application as nano-
and micro-structured materials. To vary their structure and behavior,
we employ external fields, including applied time-varying electromagnetic,
electric, and magnetic fields. One technique that we use to great extent
is optical trapping in which a focused laser is used to manipulate individual
colloidal particles, as well as a “tractor beam” like approach
where the laser is used to control large numbers of colloids simultaneously.
Funded in recent years by the NIH, NSF and NASA for microfluidic applications,
our goal is the creation of technologically relevant colloidal-based structures
including micron-scale devices such as pumps and valves, photonic materials,
and optical-based separators for isolation and manipulation of individual
cells for bioanalysis.
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Honors
and Awards
2007-2008 Visiting Professor, Kasetsart University, Bangkok Thailand
2007
Dean's Excellence Award
2006 Space Act Award, NASA Inventions and Contributions
Board
2005-2008
Alexander von Humboldt Fellow, Universität Stuttgart, Germany
2004 National Academy of Sciences, Frontiers of Science, Speaker;
1998 Participant
2000 Dow Outstanding New Faculty Award
1998-2002 NSF CAREER Award
Contact
Information
David W.M. Marr
437 Alderson Hall
Chemical Engineering Department
Colorado School of Mines
Golden, CO 80401
Office: (303) 273-3008
FAX: (303) 273-3730
dmarr@mines.edu
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