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Stephen L. Craig is a professor of chemistry at Duke University and a leader in the field of mechanochemistry. His publications cover topics such as molecular encapsulation, polymer dynamics, mechanochromic materials, and self-healing biomaterials.
Stephen Craig is a William T. Miller Professor of Chemistry at Duke University, with expertise in synthetic organic, physical, and materials chemistry. His research focuses on the design and synthesis of stress-responsive and self-healing polymers, mechanochemical coupling, and new polymer architectures.
The Craig group is led by Stephen Craig, a professor of chemistry at Duke University. The group's research focuses on self-healing polymers, mechanochemistry, catalysis, and reactive intermediates.
Stephen L. Craig is the William T. Miller Professor of Chemistry at Duke University. [1] He is the director of the Center for Molecularly Optimized Networks, a NSF Center for Chemical Innovation. [2]
Current Appointments & Affiliations. William T. Miller Distinguished Professor of Chemistry · 2013 - Present Chemistry, Trinity College of Arts & Sciences. Professor in the Department of Chemistry · 2012 - Present Chemistry, Trinity College of Arts & Sciences.
Stephen Craig is a distinguished professor of chemistry at Duke University, where he studies self-healing polymers, mechanochemistry, and transition states. He has received numerous awards and honors, published several papers, and taught various courses in organic and polymer chemistry.
Mechanochemistry. It has been known for decades that breaking high molecular weight polymeric materials often involves the scission of carbon-carbon bonds. To an organic chemist, this reaction outcome is pretty remarkable, and it underscores the fact that the macroscopic forces typical of daily life are many orders of magnitude greater than the ...
