misc

A lot of real world statistical modelling is done through the lens of Brownian motion. I develop brownian motion with Langevin & Fokker-Planck equations supplemented with simulations. To generalize this further, fractional Brownian motion is studied with its statistical properties, arcsine laws, and simulations.

Raspberry Pi and Arduino are perfect platforms for understanding fast and automated data-acquisition systems. I automated some UG lab experiments using both Arduino and Raspberry Pi involving data-acquisition, pre-processing scripts and final data analysis on a computer.

What can a guy straight out of school with no clear direction do in a lab during the summer? Turns out, enough to not get bored everyday and learn physics while at it. I did a series of experiments starting from measuring frequency responses of Piezo-electric materials, generating diffraction patterns with microwaves, DIY-ing a Lock-in Amplifier and playing with some optical benches.