Tailoring Form, Transforming Function
Research Interests
We develop synthetic methods to fine-tune molecular structure. By streamlining access to precisely perturbed analogs, we aim to accelerate the discovery of new function across the molecular sciences.
Fine-Tuning Structure
From medicines to catalysts, subtle changes in shape yield transformative differences in molecular function. We will remove synthetic barriers to molecular design with tools to directly access custom-fit analogs of lead scaffolds.
Fitting Transition States
We identify structural and electronic properties that differentiate transition states from ground states. We design catalysts that exploit those differences to access new reactivity and selectivity.
We’re Excited About
Developing Synthetic Tools
Understanding Function
Fine-Tune Structure
C-H
Functionalization
Organometallic
Catalysis
Selective
Catalysis
Lowering
Barriers
Computational
Modeling
Accelerate
Discovery
Medical
Chemistry
High-Throughput
Experimentation
Transition
States
Open-Shell
Pathways
Mechanistic
Studies
Developing Synthetic Tools
Fine-Tune
Structure
C-H
Functionalization
Organometallic
Catalysis
Accelerate
Discovery
Medical
Chemistry
High-Throughput
Experimentation
Understanding Function
Selective
Catalysis
Lowering
Barriers
Transition
States
Mechanistic
Studies
Open-Shell
Pathways
Computational
Modeling
Our Approach to
Mentoring:
We put people first. The way we approach everything else—mentorship, training, research, success—stems from prioritizing the well-being and growth of the people on our team.
Training Scientists:
Our approach to training is centered on continual growth. We will work together to identify your professional and scientific goals and how you can grow to achieve them. I will provide the resources and support for you to bring your goals to fruition.
Science:
We start by asking how chemistry can serve society. As we develop solutions, we look for Nature to shine through cracks in the prevailing dogma. When your experiments challenge your textbook, we are onto something exciting.