How does modulating the mechanistic neuroreceptor scale propagate upwards, from microscopic to macroscopic? Can mechanistic effects be detected using non-invasive EEG, fMRI, and/or behavioral testing? What are the inherent limits on detection sensitivity and specificity for these methods?  To answer these and related questions, we are currently recruiting new members of our research team to develop technical solutions with real-world applications that range from drug discovery to precision medicine.

• PhD in STEM, with training in neuroscience, systems biology, physics, and/or computer science.
• Strong quantitative and coding skills, with demonstrated expertise in computational modeling and neuroimaging.
• Demonstrated expertise in control theory and/or dynamical systems.
• Facility with the Julia language, using toolboxes (e.g., SciML/ModelingToolkit.jl)

• On-site or remote full-time
• Company benefits
• Location: Stony Brook, NY or Cambridge, MA.