Christopher J Douglas

Christopher J Douglas is an Associate Professor in the Department of Chemistry at the University of Minnesota, Twin Cities campus. His research program bridges synthetic organic chemistry and materials science with a focus on developing novel catalytic methodologies and functional organic materials.

Dr. Douglas's primary research interests include:

• Carbon-carbon bond activation and functionalization methodologies
• Asymmetric synthesis through C-CN bond activation
• Alkene chemistry and catalytic transformations
• Organic semiconductors, particularly rubrene and tetracene derivatives
• Crystal engineering and polymorphism in organic materials
• Singlet fission processes for solar energy applications

His recent publications demonstrate a dual focus on fundamental synthetic methodology development and materials applications. The work spans from innovative catalytic transformations to investigations of photophysical properties in organic semiconductor materials, with particular emphasis on rubrene derivatives and their applications in energy conversion.

Dr. Douglas has secured significant research funding through multiple competitive grants:

• Synthesis of Cyclacenes: Strained Macrocyclic Hydrocarbons (American Chemical Society, 2015-2018)
• CAREER: Catalytic Methods in Functionalizing Single Bonds (National Science Foundation, 2012-2017)
• Alkaloid Synthesis via Asymmetric C-CN Activation (NIH NIGMS, 2011-2016)
• Catalytic Methods in Functionalizing Single Bonds to Carbon (Research Corporation, 2010-2014)
• Development of Carbon-Carbon Bond Activation for Organic Synthesis (ACS Petroleum Research Fund, 2008-2010)

His laboratory maintains active collaborations, particularly with spectroscopy experts like Renee Frontiera, to investigate the fundamental photophysical processes in organic semiconductor materials. The research contributes to UN Sustainable Development Goals related to affordable and clean energy through the development of more efficient organic electronic materials.