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Computer Simulations in Quantum Physics: Using Numerical Techniques, Worksheets and Programming
Computer Simulations in Quantum Physics is the first in a book series towards implementing NEP-2020 that focuses on simulation activities that go hand-in-hand with theory classes.
Key
1. Modeling Theory
2. Simulation Methodology
3. Worksheet based Simulations using Gnumeric
4. Programming based Simulations using Scilab
5. Super Symmetric (SUSY) technique for solving Schrodinger equation (TISE)
6. Numerical Methods
(i) Bisection method
(ii) Newton Rapson method
(iii) Crank-Nicholson method
(iv) Central Divided Difference
(v) Numerov Matrix Method
(vi) Matrix Method by Sine Basis
7. TISE solved for
(i) Infinite Square Well
(ii) Finite Square Well
(iii) Harmonic Oscillator
(iv) Coulomb (Hydrogen Atom)
(v) Morse (Diatomic Molecule)
Key
1. Modeling Theory
2. Simulation Methodology
3. Worksheet based Simulations using Gnumeric
4. Programming based Simulations using Scilab
5. Super Symmetric (SUSY) technique for solving Schrodinger equation (TISE)
6. Numerical Methods
(i) Bisection method
(ii) Newton Rapson method
(iii) Crank-Nicholson method
(iv) Central Divided Difference
(v) Numerov Matrix Method
(vi) Matrix Method by Sine Basis
7. TISE solved for
(i) Infinite Square Well
(ii) Finite Square Well
(iii) Harmonic Oscillator
(iv) Coulomb (Hydrogen Atom)
(v) Morse (Diatomic Molecule)
280 pages, Kindle Edition
Published October 25, 2023
1 person is currently reading
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