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debansuadhikary/README.md



Hi, I'm Debansu Adhikary

Physics Student & Undergraduate Researcher

Exploring Quantum Foundations & Scientific Computing

Investigating fundamental physical principles through theoretical analysis and computational simulations.



// ABOUT ME

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I am a physics undergrad, focusing on quantum foundations, theoretical models, and computational physics.

My academic journey involves investigating fundamental physical principles through both theoretical analysis and computational simulations. I actively participate in research programs and physics colloquia to explore foundational problems in modern physics.

  • Focus Areas: Quantum Foundations, Theoretical Physics, Computational Modeling, Fusion Reactors
  • Methods: Mathematical Proofs, Numerical Simulations, Algorithmic Analysis



// TECHNOLOGIES & TOOLS

Applied computational tools — continually learning and deepening my understanding through physics projects.

Languages & Typesetting

Scientific Computing & Modeling

Environment & Version Control



// STATISTICS

The art of scientific computing lies in transforming complex equations into elegant, reproducible code.



Contribution Graph

"Equipped with five senses, man explores the universe around him and calls the adventure Science." — Edwin Hubble

Popular repositories Loading

  1. computational_physics-journal computational_physics-journal Public

    Sharing my college computational physics coursework here to create a clear, accessible foundational reference for anyone interested in the subject.

    Python 1

  2. dipole_field_adiabatic_invariants dipole_field_adiabatic_invariants Public

    Charged particle trapped in a magnetic dipole field: gyration, bounce, and drift motion, plus the first adiabatic invariant and its numerical conservation.

    C 1

  3. Numerical_ODE_solver Numerical_ODE_solver Public

    Hand-implemented Euler and RK4 integrators (no scipy.integrate), validated on two problems: projectile motion with quadratic air drag, and the simple harmonic oscillator.

    Python

  4. charged_particle_simulation charged_particle_simulation Public

    A charged particle's motion under different configurations of Lorentz force.

    Python

  5. debansuadhikary debansuadhikary Public

    A fancy about section...