Rigorous Application of the Scientific Method to Molecular Structure, Reactivity, and Dynamics

Physical Organic Chemistry can be considered a philosophy of method - we see this philosophy in practice in many different fields of science, and appreciate this meeting’s evolution from one of the earliest established Gordon Research Conferences, focusing on small molecule chemistry in the 20th century, growing intensely toward more complex molecular structures and addressing challenges regarding their characterization and functionality across many disciplines. In the modern era, we find the tenets of Physical Organic Chemistry applied to ever more complex biomolecular, supramolecular, and macromolecular systems, with research arcs that land with potential solutions to many important societal problems including sustainability in energy and agriculture, health care, aging, and the integration of electronics and AI into modern life.

This meeting will stress the multi-dimensionality of Physical Organic Chemistry: 1) synthesis of the right molecules to ask tough questions about reactivity, 2) advanced characterization and measurement techniques to provide data of high quality and precision, and 3) theory and computational techniques to provide models for the acquired data and ask new questions that lead to a new cycle of synthesis and measurement. As per the GRC tenants, presentations will be from a breadth of research areas and scientists with a focus on the forefront of science with an emphasis primarily on unpublished results. While the talks are scheduled, there is ample opportunity for networking and discussion during breaks, meals, poster presentations, and get togethers including the Power Hour.

Special attention will be paid to the promotion of up and coming young scientists with fresh ideas that stimulate growth in the field. We anticipate high attendance and participation of graduate students, postdoctoral associates and assistant/associate professors.