Research
My research integrates optical approaches, computational analysis, and systems neuroscience to understand how neural circuits encode behavior and how these dynamics are altered in Parkinson's disease.
Optical and Computational Neuroscience
Optical approaches for measuring neural activity and computational analysis of neural dynamics across spatial and temporal scales.
Neural Circuit Dynamics
Spike timing, ensemble activity, and movement-related neural dynamics in circuits that govern behavior.
Parkinson's Disease
Dopamine-dependent circuit dysfunction in Parkinson's disease, including striatal activity, disease progression, and treatment response.
Statistical Rigor and Reproducibility
Quantitative methods for reproducible neuroscience, including signal quality assessment and principled statistical inference.