All Stories

  1. Visualization in the integrated SimPhoNy multiscale simulation framework
  2. A study of vibrating nanotubes with additional adsorbed masses
  3. Mini-review of Electron Density Visualization
  4. A “Rosetta Stone” for AViz
  5. Educating the Next Generation of Computational Physicists
  6. Morphological Similarities between Single-Walled Nanotubes and Tubelike Structures of Polymers with Strong Adsorption Affinity to Nanowires
  7. The Role of Projects in (Computational) Physics Education
  8. Adventures in carbon visualization with AViz
  9. Parallel codes for simulating elastic constants and melting in Ar and Mg
  10. Visualization of nanodiamond formation in molten carbon under pressure
  11. Simulation of solid molecular hydrogen - a new twist to an old problem
  12. Visualization techniques for modelling carbon allotropes
  13. The essential role of visualization for modeling nanotubes and nanodiamond
  14. Monte Carlo simulations of a compressible Ising ferromagnet at constant volume
  15. Phase diagram and structural properties for a compressible Ising ferromagnet at constant volume
  16. Bootstrap Percolation: visualizations and applications
  17. Visualization of MD and MC simulations for atomistic modeling
  18. Model for the defect-related electrical conductivity in ion-damaged diamond
  19. Molecular-dynamics simulation of thermal stress at the (100) diamond/substrate interface: Effect of film continuity
  20. The role of point defects in melting of solid He
  21. Lowest-energy site for hydrogen in diamond
  22. A walk in phase space: Solidification into crystalline and amorphous states
  23. GROUND STATES FOR LARGE SAMPLES OF TWO-DIMENSIONAL ISING SPIN GLASSES
  24. High-temperature series analysis of the free energy and susceptibility of the 2D random-bond Ising model
  25. Roughening transitions and surface tension in an hcp lattice with higher neighbor interactions
  26. Calculation of thermal properties of diamond from simulated phonon spectra
  27. High-Temperature Series Analysis of 2D Random-Bond Ising Ferromagnets
  28. High and Low Temperature Series Estimates for the Critical Temperature of the 3D Ising Model
  29. Transformation of Diamond (sp3) to Graphite (sp2) Bonds by Ion-Impact
  30. Numerical simulations of an atomic beam focused by an optical potential
  31. Logarithmic Factors, Critical Temperature, and Zero Temperature Flipping in the 4D Kinetic Ising Model
  32. DYNAMICAL CRITICAL BEHAVIOR OF THE FOUR-DIMENSIONAL ISING MODEL
  33. Israel
  34. Hyperuniversal amplitude ratios and the central charge of the spin-one Ising model
  35. High-temperature expansion study of the Nishimori multicritical point in two and four dimensions
  36. SERIES EXPANSIONS VERSUS SIMULATIONS
  37. Critical behavior of the random-field Ising model
  38. Localization Length Exponent in Quantum Percolation
  39. Phase diagram of the dilute Ising spin glass in general spatial dimension
  40. Series Expansions
  41. High-temperature series analyses of the classical Heisenberg and XY models
  42. Book review: Chaos and fractals
  43. Book review: Fractals for the classroom
  44. Evidence for Two Exponent Scaling in the Random Field Ising Model
  45. VISUALIZATION OF GRAPHICAL METHODS OF SERIES ANALYSIS
  46. Evidence for two exponent scaling in the random field Ising model
  47. Series and Monte Carlo study of high-dimensional Ising models
  48. The dynamical critical exponent of the two-, three- and five-dimensional kinetic Ising model
  49. Animated Simulated Annealing
  50. Large picosecond energy fluctuations of single atoms ofa-Si observed in molecular-dynamics studies
  51. Erratum: Dilute spin glass at zero temperature in general dimension
  52. Series expansions for the Ising spin glass in general dimension
  53. Bootstrap percolation
  54. Telescope phasing by simulated annealing
  55. Percolation cluster numbers
  56. Reevaluation of series expansions for roughening transitions
  57. On universality between two-dimensional Ising-like systems
  58. Transmission of order in some unusual dilute systems
  59. Reanalysis of "Dilute random-field Ising models and uniform-field antiferromagnets"
  60. Evidence for Ising-Type Critical Behavior in Two-Dimensional Percolation
  61. Comment on "Corrections to scaling for branched polymers and gels"
  62. Percolation in dimensionsd≥4
  63. The two-dimensional spin-1 Ising system and related models
  64. The Heisenberg ferromagnet on the H.C.P. lattice