| There are 14 Faculty Mentors for the Beckman Scholar Program. Please review the area(s) of research that you are most interested in and, for more detailed information, click on the Faculty Mentors’ name(s) for additional details of their research.
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Center for Molecular & Behavioral Neuroscience
Multimodal neuroimaging techniques. Neural mechanisms underlying learning, decision-making, cognitive control, and spatial navigation.
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Chemistry
Design and synthesis of molecules for functionalization of semiconductor or
metal surfaces with photo-active and redox-active ligands.
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Biological Sciences
Cellular machinery responsible for the host-microbiome communications.
Microbiome factors that affect host susceptibility to inflammation and cancer.
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Chemistry
Carbon nanomaterials and their metal nanoparticle composites for catalysis
and energy storage.
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Chemistry
Boron-doped conjugated polymers for organic electronics and luminescent
sensory materials. Stimuli-responsive polymers and polymer networks.
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Biological Sciences
Genetic and intracellular signaling mechanisms that modulate Schwann cell
myelination and myelin maintenance. Charcot-Marie-Tooth (CMT) disease.
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Chemistry
Metal-organic frameworks (MOFs), photoactive coordination complexes and
hybrid materials. Vibrational and synchrotron X-ray absorption spectroscopy.
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Center for Molecular & Behavioral Neuroscience
Operation of neuromodulatory systems in health and disease, their effects on cortical and subcortical targets at the cellular, circuit and behavioral levels.
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Chemistry & Physics
Ground state and time-dependent orbital-free DFT. Non-adiabatic dynamics
with subsystem DFT applied to plasmonic and photovoltaic materials.
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Chemistry
Sustainable chemistry. Catalysis and electrocatalysis with Earth-abundant
metals. C-H bond and CO2 activation.
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Earth & Environmental Sciences
Post-industrial inorganic & organic contaminants in subsoil water. Kinetics of
contaminant interactions with mineral phases, mobility and bioaccessibility.
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Chemistry
New methods for the synthesis of biologically active molecules. Amide bond
activation. Organometallic catalysis.
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Biological Sciences
Cellular mechanisms controlling axonal guidance versus synapse formation.
Molecular control of neuronal morphogenesis.
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Chemistry
Biomolecular design. Structural DNA and RNA nanotechnology applied to
biosensing, drug delivery and bioimaging.
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