Problem Set # 1: Numerical integration --- potential energy terms
in atoms [HTMLPostscriptPDF ]
Problem Set # 2: Solution of ODE's --- Poisson's equation in atoms and a simple Schrondinger solver [HTMLPostscriptPDF ]
Problem Set # 3: Root finding -- Automated, high precision Schrodinger solver for energies of atomic states [HTMLPostscriptPDF ]
Problem Set # 4: Matching method; packaging -- Automated, high precision Schrodinger solver for wave functions of atoms; full set of routines needed for self-consistent atomic calculations [HTMLPostscriptPDF ]
Problem Set # 5: Matching method; packaging -- Automated, high precision Schrodinger solver for wave functions of atoms; full set of routines needed for self-consistent atomic calculations [HTMLPostscriptPDF ]
Problem Set # 6: Modified Broyden method; FLOP counting --
Optimization of atomic code [HTMLPostscriptPDF ]
Problem Set # 7 (Due April 13. Also contains make up lecture schedule.): LAPACK; Fourier
methods, expressive software and C++ -- solution of Poisson's equation
in three dimensions [HTMLPostscriptPDF ]
Problem Set # 8 (Due April 20): Steepest descents, line-minimization, conjugate-gradients, preconditioning -- Solution of Schroginder's equation in three-dimensions [HTMLPostscriptPDF ]
Problem Set # 9 (Due April 27): Computation of the bond-length of the hydrogen molecule, with your own code built from scratch!!!
[HTMLPostscriptPDF ]