I have always been fascinated by the remarkable advancements that humans have achieved throughout the ages. These achievements stem from our innate ability to question the unknown and venture boldly into uncharted territories in search of answers. I consider myself an adventurer in this ongoing exploration.
Research holds a special place in my heart, representing a realm where my passion thrives. Through various projects, I've gained profound insights into the intricacies of our world and its workings.
Here, I present a glimpse of some projects that have not only inspired me but have also been instrumental in providing valuable lessons. These are just a few among many, and I invite you to delve deeper if your curiosity is piqued.
Lasers, a marvel of scientific discovery, have proven invaluable in solving innumerable challenges.
Laser-Induced Breakdown Spectroscopy (LIBS), a branch of laser physics, involves directing laser pulses onto materials, studying the resulting plasma to gain insights into the sample.
Introducing OpenLIBS: an open-source Python package designed for the computational analysis of LIBS spectra. It empowers users to conduct qualitative analysis based on LIBS data.
Ants are simple creatures, and often seem to be stupid when looked at individually.
As a colony though, it's a different story. They have amazing mechanisms through which they collaborate and solve problems to figure out how to survive and forage food.
Understanding Complex Behaviours in Multi-Agent systems using Reinforcement Learning, is a project which aims to gain insights on the emergent phenomena that can be observed in the physical world using Reinforcement Learning and Physics
The allure of chaos captivates us all, evoking notions of freedom and possibility. Terms like the butterfly effect have become common even for teenagers, yet chaos remains a misunderstood enigma.
Contrary to popular portrayal, delving into chaos theory offers insights that underpin our world.
"Chaos - Interpreting the Physical Pendulum and the Chaotic Ratchet", is a project that aims to explore the field of dynamical systems such and study the counterintuitive workings of the physical pendulum and the Chaotic Ratchet.
The Cards that are supposed to come here are with the manufacturers. All Completed projects are there in my GitHub though.
So Until I get the cards and set things up over here, Visit my GitHub to see my work.