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B.Sc. Physics Codes

Visit these folders and explore the codes. Only the folders' names and the files' names inside are given on this page. To see more detailed documentation with one page dedicated to each folder, visit all the pages of the Wiki section - https://github.com/suman122003/BSc_Physics_Codes/wiki.

CC 01 - Mathematical Physics - 1

  • Sem 1 all codes in syllabus (ipynb and html files)
  • 1st sem (and 2nd sem) python codes in syllabus
  • Partial Derivatives
  • Vectors
  • Vector Calculus

CC 02 - Mechanics

  • Moment of Inertia Tensor (discrete system)

GE 1 - Mathematics

CC 03 - Electricity and Magnetism

  • Practicals
  • LR circuit
  • RC circuit
  • LCR circuit
  • LC circuit

CC 04 - Waves and Optics

  • Practicals
  • Simple Harmonic Oscillations
  • Damped Oscillations
  • Forced Oscillations

GE 2 - Mathematics

  • Matrices

CC 05 - Mathematical Physics - 2

  • Sem 3 all codes in syllabus (ipynb and html files)
  • 3rd sem python codes in syllabus
  • Special Functions

CC 06 - Thermal Physics

  • Practicals

CC 07 - Digital Electronics

  • Boolean Algebra

CC 08 - Mathematical Physics - 3

  • Sem 4 all codes in syllabus (ipynb and html files)
  • 4th sem python codes in syllabus
  • Differential Equation Solver
  • Fourier Series
  • Fourier Transform - DFT and FFT
  • Complex Integration
  • Integral Transforms

CC 09 - Modern Physics

  • Practicals
  • Radioactive Decay

CC 10 - Analog Electronics

  • Practicals

CC 11 - Quantum Mechanics

  • Sem 5 all codes in syllabus (ipynb and html files)
  • Exam questions - 2023
  • 1 - Eigenvalue problems
  • 2 - Central difference Method
  • 3 - Numerov Method
  • Schrodinger equation by central difference method
  • Shcrodinger equation by Numerov method
  • Codes based on college lectures
  • Dirac Delta Function
  • Bra-Ket Algebra and Angular Momentum
  • Time evolution of Gaussian wavepacket
  • H-atom problem - Symbolic Solution and visualization
  • Angular momentum matrices
  • Quantum Mechanics - 1D analysis

CC 12 - Solid State Physics

  • Practicals

DSE 1 - Classical Dynamics

  • Special relativity - numerical
  • Special relativity - analytical (in sympy)

DSE 2 - Nuclear and Particle Physics

  • Semi empirical mass formula
  • Nuclear Spin

CC 13 - Electromagnetic Theory

CC 14 - Statistical Mechanics

DSE 3 - Nano materials