Notes & Resources
A collection of my handouts, observations, and models in Physics, Mathematics, and Competitive Programming
⚛️Physics
Handouts
Handout 1
Basic Physics Concepts/formulae
Handout 2
Basic Physics Concepts/formulae
Handout 3
Basic Astrophysics Concepts/formulae
Handout 4
Basic Mechanics & Oscillatory Systems Concepts/formulae
Handout 5
Basic Physics Concepts/formulae
Handout 6
Basic Astrophysics Concepts/formulae
Quantum Theory
Quantum Physics Concepts
Relativity
Relativity Concepts
📐Mathematics
Observations & Papers
Articles
Analytic Continuation Limits[Bangla]
Analytic Continuation and theLimits of Generalization
Category Theory
An introduction to category theory
Circle I[Bangla]
Coordinate Geometry and Circles
Circle II[Bangla]
Circle Problem Solving
Combinatorics[Bangla]
Basic Combinatorics
Combinatorics Advanced[Bangla]
Advanced combinatorics techniques and problems
EigenVectors[Bangla]
Basic EigenVectors
General Relativity[Bangla]
An introduction to general relativity
Graph Theory[Bangla]
An introduction to graph theory
Legendre Polynomials and Generating Functions[Bangla]
An elementary introduction to generating functions
Power of Point[Bangla]
Introduction to Power of point and radical axis
Projective Geometry[Bangla]
An introduction to projective geometry
Tensor[Bangla]
An introduction to tensors
Jacobian Matrix[Bangla]
Intro to jacobians
Moving Points[Bangla]
Moving Points and Beyond
Functional Equations[Bangla]
An introduction to functional equations
WarpDrives[Bangla]
Basic idea of Mathematical models of warp drives
WormHoles[Bangla]
Basic idea of Mathematical models of wormholes
The Gliding Principle
Moving Points on Conics and Beyond
Vieta Jumping Extension
Beyond Vieta Jumping: Non-linear Root Flipping and Surface Orbits
💻Competitive Programming
Handouts
Personal notes I had made for myself.