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dimensional with some activity patterns being associated with movements and others not. By using our novel techniques, that can drive precise patterns of activity distributed across many neurons, we can test
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field-theory, integrable models, mesoscopic physics, non-equilibrium quantum and classical dynamics, time evolution of exactly solvable models, quantum computation and information theory, and dynamics
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to investigate how microbial communities shape insect chemosensory systems and behavior. The Sun Lab’s work sits at the intersection of microbiology, sensory biology, and molecular mechanisms, asking not just
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range of techniques, including cognitive tasks administered in the lab and on smartphones, functional MRI (including densely sampled, precision imaging), and clinical assessment and phenotyping. By
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range of techniques, including cognitive tasks administered in the lab and on smartphones, functional MRI (including densely sampled, precision imaging), and clinical assessment and phenotyping. By
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and precision health. Other scholarly activities, such as assistance in training graduate/undergraduate students, assistance in grant writing, scientific discussion, and assistance in overseeing lab