Location: 1203 Van Munching Hall
Presented by Timothy Gulden, Research Assistant Professor, Center for Social Complexity, George Mason University
   
 Timothy
 Gulden is a Research Assistant Professor with the Center for Social 
Complexity in the Krasnow Institute for Advanced Study at George Mason 
University. His research focuses on modeling complex systems in the 
context of empirical data.  He holds a PhD from the University of 
Maryland School of Public Policy where he explored agent-based modeling 
as a tool for policy analysis. He has been a research scholar at CISSM, a
 visiting scholar at the Brookings Institution's Center for Social and 
Economic Dynamics (CSED) and attended the Santa Fe Institute's Complex 
Systems Summer School. During the 1990’s he was the technical director 
of the GIS program for Westchester County, New York.  His interests 
include the quantitative study of conflict dynamics, modeling adaptation
 to a changing climate, understanding the human and economic flows 
driving changes in the global urban system, and the development of novel
 urban metrics based on nighttime lights.
Timothy
 Gulden is a Research Assistant Professor with the Center for Social 
Complexity in the Krasnow Institute for Advanced Study at George Mason 
University. His research focuses on modeling complex systems in the 
context of empirical data.  He holds a PhD from the University of 
Maryland School of Public Policy where he explored agent-based modeling 
as a tool for policy analysis. He has been a research scholar at CISSM, a
 visiting scholar at the Brookings Institution's Center for Social and 
Economic Dynamics (CSED) and attended the Santa Fe Institute's Complex 
Systems Summer School. During the 1990’s he was the technical director 
of the GIS program for Westchester County, New York.  His interests 
include the quantitative study of conflict dynamics, modeling adaptation
 to a changing climate, understanding the human and economic flows 
driving changes in the global urban system, and the development of novel
 urban metrics based on nighttime lights.
 
 
 
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