Personal Notes: Theoretical Neuroscience (Dayan & Abbott)
Personal notes on Dayan & Abbott’s Theoretical Neuroscience—high-level summaries and comments rather than a full rewrite. Chapters already end with solid...
I am pursuing a Ph.D. degree in physics at Yale University to understand the computational principles of the brain.
On this page, I collect my academic writings and personal notes related to math, physics, and theoretical neuroscience.
Personal notes on Dayan & Abbott’s Theoretical Neuroscience—high-level summaries and comments rather than a full rewrite. Chapters already end with solid...
Nemenman & Mehta (2025) argue for random-with-constraints as a minimal modeling strategy for high-dimensional biology. At the heart of this approach was ...
Cariani & Baker (2025) review temporal coding in sensory systems and assemble evidence that timing-based codes carry rich information.
I recently took the online course Introduction to Complexity from the Santa Fe Institute. Here are my study notes.
Just submitted my senior thesis to the physics department at Notre Dame yesterday. A milestone for my undergraduate physics research. I worked on the anisotr...