IIT Guwahati // Curious Explorer
I am an MSc graduate who values brutal mathematical honesty over academic convenience. My journey is defined by a refusal to accept "trivial" as an explanation. I believe that if a derivation skips a step, it is hiding a secret. Every mathematical transition tells a story, and I have found that it requires extreme patience to truly listen to what the variables are saying.
My motivation has never been a title; it is a raw, persistent curiosity. This website and the 33+ advanced textbooks that form my personal reference stack serve as my map for interrogating the cosmos at its most violent frontiers. I am the kind of person who may struggle with small talk in daily life but will discuss the nuances of Physics for hours. Mathematics is my comfort zone; it is the flashlight I use to look at the universe in the dark.
My academic path has been unconventional, from grappling with Polchinski as a first-year undergrad to finally navigating its depths as a Master’s student. I believe science must be accessible, not gatekept by omission. For the next generation of skeptics who demand the steps professors usually skip, I maintain detailed notes where derivations are explicit. I aim to smooth the learning curve for anyone brave enough to look beyond surface-level summaries and ask the hard questions.
Investigation into the unitary evaporation of black holes, holographic duality, and entanglement entropy calculations using the replica trick.
Analyzing inflation/reheating dynamics and quantum field theory in curved spacetime.
Chandra Prakash, Debaprasad Maity
Read on arXivA. Chetia, N. Kajuri, C. Prakash
Read on arXivChandra Prakash
Read on arXivDeep-dive resources focusing on complete mathematical transparency.
Adv: Dr. Debaprashad Maity (IITG)
Tracing particle production and quantum field dynamics during inflation and their imprints on cosmological correlation functions.
View Full Thesis (PDF)Adv: Prof. Lalita Rane
Investigating the survival of the de Broglie hypothesis in the ultra-relativistic limit through momentum operator eigenvalues in QFT.
A curated list of the 33+ volumes currently serving as the foundation for my explicit derivations.