1. "Overcoming Critical Slowing Down," Harvey Gould and Jan Tobochnik, 3(4), 82 (1989).
   • wolff.f, wolff.inc

2. "Optimized Monte Carlo Data Analysis," Alan M. Ferrenberg and Robert H. Swendsen, 3(5), 101 (1989).

3. "Quantifying Chaos," Jan Tobochnik and Harvey Gould, 3(6), 863 (1989).

   • Lorenz1.f, lorenz.tru
   • lorenz4.f
   • osc1.f
   • osc4.f
   • rossler1.f, rossler.tru

4. "Simulating Fractal Aggregation," Fereydoon Family and Tamas Vicsek, 4(1), 44 (1990).

5. "More on Fractals and Chaos: Multifractals," Harvey Gould and Jan Tobochnik, 4(2), 202 (1990).

6. "Demons at Work," R. Harris, 4(3), 314 (1990).

7. "An Introduction to Quantum Monte Carlo," Jan Tobochnik, Harvey Gould, and Kenneth Mulder, 4(4), 431 (1990).

   • path.f, path.tru

8. "Hamiltonian Chaos," Niraj Srivastava, Charles Kaufman, and Gerhard Muller, 4(5), 549 (1990).

9. "Diffusion Quantum Monte Carlo," Peter J. Reynolds, Jan Tobochnik, and Harvey Gould, 4(6), 622 (1990).

   • dqmc1.f, dqmc1.tru (no importance sampling)
   • dqmc2.f, dqmc2.tru (uses trial wave function to select initial configurations and importance sampling)

10. "Programming Cellular Automata," Dietrich Stauffer, 5(1), 62 (1991).

    • sequential.f
    • simul.f
    • multispin.f
    • twod.f
    • cancer.f

11. "Hamiltonian Chaos II," Niraj Srivastava, Charles Kaufman and Gerhard Muller, 5(2), 239 (1991).

12. "Computation of the Surface Tension," Jean Potvin, 5(3), 333 (1991).

13. "Catastrophes and Self-organized Criticality," Per Bak, 5(4), 430 (1991).

14. "Quasicrystals and Aperiodic Tilings," Katherine J. Strandburg, 5(5), 520 (1991).

    • grid.tru (produces tiling of the plane using the grid method of projecting the five dimensional hypercube onto two dimensions.)
    • proj.tru (finds coordinates of a 1D quasicrystal using projection from 2D lattice.)
    • quasi1d.tru (find coordinates of a 1D quasicrystal using projection from 2D lattice.)

15. "Dynamics of the Classical Heisenberg Chain," Zoran Slanic, Harvey Gould, and Jan Tobochnik, 5(6), 630 (1991).

    • heis1.f, heis1.inc (molecular dynamics of Heisenberg chain using 4th order Runge-Kutta.)
    • heis1mc.tru (MC program for Heisenberg chain used to generate initial conditions for MD program.)

16. "Hamiltonian Chaos III, Niraj Srivastava," Charles Kaufman and Gerhard Muller, 6(1), 84 (1992).

17. "Green's Function Monte Carlo," Michael A. Lee and Kevin E. Schmidt, 6(2), 192 (1992).

18. "Animated Simulated Annealing," Amihai Silverman and Joan Adler, 6(3), 277 (1992).

19. "Immunologically Motivated Simulations of Cellular Automata," Dietrich Stauffer and Ras. B. Pandey, 6(4), 404 (1992).

    • ca.f
    • aids.f
    • boot.f

20. "Simulation of Diffusion Controlled Chemical Reactions," Panos Argyrakis, 6(5), 525 (1992).

21. "Quantum Monte Carlo on a Lattice," Jan Tobochnik, George Batrouni, and Harvey Gould, 6(6), 673 (1992).

    • matrix_element.tru for Problem 2.
    • qmc.tru for Problem 3.

22. "Langevin Simulations of Non-equilibrium Phenomena," Ken Elder, 7(1), 27 (1993). droplet.f.

23. "Computational Quantum Field Theory," Jean Potvin, 7(2), 149 (1993). download program. (Program simulates SU(3) pure lattice gauge theory in n dimensions using Metropolis updating.)

24. "Exact Diagonalization Methods for Quantum Systems," H. Q. Lin and J. E. Gubernatis, 7(4), 400 (1993).

25. "Active Walker Models: Growth and Form in Nonequilibrium Systems," Lui Lam and Rocco Pochy, 7(5), 534 (1993).

26. "Discrete Boltzmann Systems and Fluid Flows," Hudong Chen, 7(6), 632 (1993).

    • mixed_phase.f.
    • mixed_phase.inc.
    • ps.f. (Read output from mixed_phase.f and output postscript.)

27. "Controlling Chaos," Ying-Cheng Lai, 8(1), 62 (1994). program control. (Program controls chaotic dynamical systems descriable by two-dimensional maps. Given such a map, the code will find a period-m unstable orbit and then stabilize an arbitrarily chaotic trajectory around it. The code applies well both to dissipative and Hamiltonian systems.)

28. "Series Expansions," Joan Adler, 8(3), 287 (1994).

    • Mathematica program in Table III.
    • Maple program in Table V for the evaluation of Pade approximants.
    • Seriesin table.
    • magpole.f. (Program takes input from file seriesin and finds poles using Pade approximants.)

29. "Fractals and Fractal Correlations," Evelyn Sander, Leonard M. Sander, and Robert M. Ziff, 8(4), 420 (1994).

30. "Simulation of the Motion of Colloidal Particles in Alternating Electric Fields," Yue Hu, 8(5), 524 (1994).

31. "Quantum-Mechanical Tunneling and Finite Elements," R. Goloskie, J. W. Kramer, and L. R. Ram-Mohan, 8(6), 679 (1994).

32. "A New Approach to an Old Algorithm for the Simulation of Ising-like Systems," M. A. Novotny, 9(1), 46 (1995).

33. "Simple Models of Self-Organized Criticality," G. Grinstein and C. Jayaprakash, 9(2), 164 (1995).

34. "A Numerical Solution of the Relativistic Kepler Problem," Stephen C. Bell, 9(3), 281 (1995). orbit.f.

35. "Exploring Localization in Nonperiodic Systems," Amy Kolan, Barry Cipra, and Bill Titus, 9(4), 387 (1995). Download Mathematica notebook.

36. "Chaotic Scattering," Tolga Yalccinkaya and Ying-Cheng Lai, 9(5), 511 (1995).

37. "A Numerical Method for Quantum Tunneling," Tao Pang, 9(6), 602 (1995).

38. "Hamiltonian Chaos IV," Nicolas Regez, Wolfgang Breymann, Stefan Weigert, Charles Kaufman, and Gerhard Muelller, 10(1), 38 (1996).

39. "Parallel Simulations of Neuron Growth," David C. Samuels, H. G. E. Hentschel, and Alan Fine, 10(2), 129 (1996). dendrite.c.

40. "Wavelets: A New Alternative to Fourier Transforms," George D. J. Phillies, 10(3), 248 (1996).

41. "Getting Older-Monte Carlo Simulations of Biological Aging," Dietrich Stauffer, 10(4), 341 (1996).

    • mutation.f.
    • penna.f.

42. "Finding the Needle in the Haystack: Algorithms for Conformal Optimization," Ioan Andricioaei and John E. Straub, 10(5), 449 (1996).

43. "Lattice Simulations of Biological Membranes," Jan Tobochnik and Harvey Gould, 10(6), 542 (1996).

44. "Introduction to the Bethe Ansatz I," Michael Karbach and Gerhard Muller, 11(1), 36 (1997).

45. "Entropy-Driven Phase Transitions," Harvey Gould, Jan Tobochnik, and Louis Colonna-Romano, 11(2), 157 (1997).

    • hd.
    • md.f90

46. "Simulation of Phase Coexistence for Complex Molecules," Daan Frenkel and Berend Smit, 11(3), 246 (1997).

47. "An Introduction to Interactive Molecular Dynamics Simulations," D. C. Rapaport, 11(4), 337 (1997). mddisk.c.

48. "Computer Simulations of Neural Networks," P. M. C. de Oliveira, 11(5), 443 (1997).

    • hopfield.c.
    • letters1.c.
    • letters2.c.

49. "The Direct Simulation Monte Carlo Method," Francis J. Alexander and Alejandro L. Garcia, 11(6), 588 (1997).

50. "Long-Range Earthquake Fault Models," Charles D. Ferguson, W. Klein, and John B. Rundle, 12(1), 34 (1998).

Please send corrections and comments to Jan Tobochnik, jant@kzoo.edu.