The University of Texas at Austin · Department of Chemistry
Electrochemistry at the Nanoscale
We develop quantitative electrochemical methods, theory, and scanning-probe instrumentation to reveal how interfacial reactions evolve across space, time, and complex chemical environments.
Automated local electrochemistry
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Research
Research at the electrochemical interface
01
High-Throughput Electrosynthesis
Use localized electrochemistry for combinatorial screening and precision synthesis of nanoscale materials.
02
Nano-Electrocatalysis & Interfacial Dynamics
Resolve spatial heterogeneity and control water, ions, adsorbates, and time-dependent reaction environments.
03
Electroanalytical Instrumentation
Develop SECCM, nanopipette methods, correlative microscopy, modeling, and autonomous measurement workflows.
04
Metal Deposition & Dissolution
Connect local structure to nucleation, growth, breakdown, and dissolution kinetics at individual sites.
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