Tutorials:

• A Java Tutorial:  My Java Notes
• A Unix Tutorial:  My Unix Notes
• A C++ Tutorial:   C++ Notes
  
  

Codes:

FORTRAN

• Clebsh, Wigner 3j, Wigner 6j, Wigner 9j, Racah  symbols & Rotation functions input
• Nuclear Response in the continuum (RPA) Test input
• Charge exchange in eikonal approximation
• Astrophysical S-factors for p+Be7 in the Sun / Input (g.s. wavefunction)
• Fragment yield in nuclear collisions at high energies
• DWEIKO: A  c.c. program for high energy nucleus-nucleus scattering (elastic+inelastic) (zipped)
• Coupled channels calculation of double giant resonance excitation in heavy ion collisions
• RADCAP: A potential model tool for direct capture reactions ( Write-up ) (program )
• Astrophysical S-factors for alpha+C12 in massive stars / Input
• Ground-state of particle in a well+Coulomb+spin-orbit term / Test input
• Continuum states of particle in a well+Coulomb+spin-orbit term / Test input
• Glauber model for Coulomb excitation of multiphonon states / Test input
• Relativistic multiple Coulomb and nuclear excitation ( Write-up ) (program )
• Skyrme Hartree-Fock
• Random phase approximation (RPA)
• Another program for relativistic Coulomb excitation ( Write-up ) (program )
• Production of anti-hydrogen in collisions of antiproton with heavy targets
• Elastic and inelastic scattering of heavy ions at high energies: Program 1 (el.+inel.), or program 2 (el. only)
• Scattering from S-matrices
• Slater integrals
• Delta-matrix element
• Matrix diagonalization
• Radial integrals with harmonic oscillator wavefunctions
• Calculates S-matrices and phase-shifts Test input
• Fragment yield in nuclear collisions at high energies - 2: ABRABLA
• Empirical parametrization of fragmentation cross sections   ( Write-up )
• A Fortran package with several mathematical functions (zipped)
• Bohr-Sommerfeld quantization for bound states input
• Structure of dwarf stars input1 , input2
• Bound states in a one-dimensional potential input
• Atomic Hartree-Fock input
• Two-dimensional Ising Model input
• Monte Carlo solution of H2 molecule input
  
  

C++

• Random number generators (C++)  - Header file
• Create an Address Book (C++)
• Prints a calendar for any specified year (C++)
• Gaussian and Exponential    deviates (C++)
• The H2+ molecule    (C++)    -   header
• Program for statistics analysis (C++)
• Integration routines (C++)  - Header file
• Fast Fourier Transform   (C++)
• Routines for array sorting, ranking, and indexing (C++) + Class Sort: Header file 1 and 2
• Sorting names (C++) - A nice example of recursion: Quick sort
• Adaptive Runge-Kutta ODE integration (C++) - Header file
• A class for manipulating complex numbers (C++)  - Header file   (This is how you could, but you shouldn't)
• A class for manipulating complex numbers (C++)  - Headers: 1   and  2   (This is how you should, with operator overloading)
• Solving linear equations (C++) + Header file
• Solving ordinary diferential equations (C++):   1 , 2 , 3 , 4 , 5 , 6
• Derivatives of continuous functions and of tabulated ones    -   header file
• Spline interpolation     -   header file
• Minimum of functions (C++)  -  header
• Root finding (C++)  -  header
• Simple plotting routine (C++)
• Special (why special?) functions (C++):
• Airy , Bessel functions , binomial coefficient , error function , exponential integral
• gamma function ,   incomplete beta function ,    incomplete gamma function ,    Legendre polynomials
  
  

Java Applets

• A Gregorian calendar  Applet ( source )
• Atom Applet     ( source )
• Quantum tunneling in a potential barrier Applet      ( source )
• Numerical solution of the hydrogen atom Applet     ( source )
• Wave packet in a square-well Applet   ( source )
• Heat diffusion  Applet   ( source )
• Chaos: (a) Fern  Applet    ( source ), (b) Sierpinski Gasket  Applet    ( source )
• Electric field lines   Applet    (source)

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by Carlos Bertulani