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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

GitHub Streak Stats



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...