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1. Numerical-Solution-to-the-Finite-Potential-Well-of-Schrodingers-Equation Numerical-Solution-to-the-Finite-Potential-Well-of-Schrodingers-Equation Public

   The probability of the particle’s position exhibits the behavior of a harmonic oscillator, in which there is nodes defined throughout space. This allows us to describe a wave function for the part…

   Python 1

2. Special-Functions---Harmonic-Oscillator-and-Hermite-Polynomials Special-Functions---Harmonic-Oscillator-and-Hermite-Polynomials Public

   The harmonic oscillator in quantum mechanics is used to describe the oscillatory behavior of a particle within a smooth well of potential energy, and is the quantummechanical analog of the classica…

   Python

3. Numerical-Integration---The-Monte-Carlo-Method Numerical-Integration---The-Monte-Carlo-Method Public

   Monte Carlo integration is a method of numerical integration in which a uniform distribution of random numbers between bounds are sampled into the integrand. As more values are sampled, the approxi…

   Python

4. The-Central-Limit-Theorem-and-the-Method-of-Least-Squares The-Central-Limit-Theorem-and-the-Method-of-Least-Squares Public

   Taking measurements and comparing the results to theoretical expectations is a major part of science and engineering. Non-ideal conditions, limited measurement instrumentation, the nature of the ph…

   Python