All Stories

  1. Theory of friction for periodic water structures moving through a subnanometer carbon nanotube
  2. Simple Mechanism for the Observed Breakdown of the Nernst-Einstein Relation for Ions in Carbon Nanotubes
  3. Theory of the force of friction acting on water chains flowing through carbon nanotubes
  4. Hydrophilic porous materials as helmet padding able to prevent traumatic brain injuries
  5. Electrical image potential and solvation energies for an ion in a pore in a metallic electrode or in a nanotube
  6. Effects of electrical image potentials and solvation energy on salt ions near a metallic or dielectric wall
  7. Droplet evaporation residue indicating SARS-COV-2 survivability on surfaces
  8. Enhancement of the ion concentration in a salt solution near a wall due to electrical image potentials and enhancement of surface tension due to the presence of salt
  9. Effects of electrical image forces on salt dissolved in water
  10. Effects of electronic friction from the walls on water flow in carbon nanotubes and on water desalination
  11. Diffusion mechanism for highly compressed microgel particles
  12. Compression and lubrication of salt free polyelectrolyte microgel particles in highly compressed suspensions by counterion osmotic pressure
  13. Discrete model studies of two grafted polyelectrolyte polymer hydrogels pressed in contact
  14. Surface roughness and dry friction
  15. Comparison of the kinetic friction of planar neutral and polyelectrolyte polymer brushes using molecular dynamics simulations
  16. Theory of Fluid Lubrication of Hydrogels and Articular Cartilage during Compression Under an Applied Load
  17. Theory of the Short Time Mechanical Relaxation in Articular Cartilage
  18. Static and dry friction due to multiscale surface roughness
  19. Theory of Friction between Neutral Polymer Brushes
  20. Theory of Lubrication due to Poly-Electrolyte Polymer Brushes
  21. Superlubricity for Incommensurate Crystalline and Disordered Interfaces
  22. Theory of the effects of multiscale surface roughness and stiffness on static friction
  23. Adiabatic molecular-dynamics-simulation-method studies of kinetic friction
  24. Theory of lubrication due to collective pinning
  25. Friction in the zero sliding velocity limit
  26. Dry Friction due to Adsorbed Molecules
  27. Possible microscopic explanation of the virtually universal occurrence of static friction
  28. Static Friction between Elastic Solids due to Random Asperities
  29. Strongly Temperature Dependent Sliding Friction for a Superconducting Interface
  30. Uncoiling transition for DNA in solution
  31. Theory of Electron and Phonon Contributions to Sliding Friction
  32. Microscopic mechanisms for kinetic friction: Nearly frictionless sliding for small solids
  33. Theory of the contribution to sliding friction from electronic excitations in the microbalance experiment
  34. Effects of defects on the friction between film and substrate in a microbalance experiment
  35. Possible nearly frictionless sliding for mesoscopic solids
  36. Ferrimagnetic resonance lineshape asymmetry due to Suhl instabilities
  37. Theory of energy dissipation in sliding crystal surfaces at nonzero temperature
  38. Theory of atomic level sliding friction between ideal crystal interfaces
  39. Possible low‐loss Faraday rotation and phase shifts using multilayer ferrite structures
  40. The relationship between static and kinetic friction and atomic level “stick-slip” motion
  41. Phonon spectrum for barium ferrite
  42. Comment on ‘‘First principles theory of atomic-scale friction’’
  43. Erratum: Theory of energy dissipation in sliding crystal surfaces
  44. Theory of energy dissipation in sliding crystal surfaces
  45. Spin-wave spectrum for barium ferrite (abstract)
  46. Spin‐wave spectrum for barium ferrite
  47. Theory of acoustic mode vibrations of DNA fibers
  48. Comment on ‘‘DNA plasmon’’
  49. Comment on ‘‘Microwave absorption by dissolved DNA’’
  50. Studies of the ferrimagnetic resonance relaxation for hexagonal ferrites
  51. Studies of the ferrimagnetic resonance relaxation for hexagonal ferrites
  52. Single-impurity model for charge-density-wave dynamics
  53. Perturbation theory for the electrical conductivity of quasiperiodic lattices
  54. Applicability of the strong interaction Hubbard model to high Tc superconductors
  55. Anomalous Electrical Conduction in Quasicrystals and Fibonacci Lattices
  56. Screening of charges in quantum Hall systems
  57. Unusual band structure, wave functions and electrical conductance in crystals with incommensurate periodic potentials
  58. Charged vortex excitations in quantum Hall systems
  59. Friedmanet al.Respond
  60. Theory of dynamical friction between idealized sliding surfaces
  61. Theory of dynamical friction between idealized sliding surfaces
  62. Anomalous quantum Hall effect—origin of fractional Hall steps
  63. Static and dynamic properties of one-dimensional disordered magnetic Ising Systems
  64. Localization in an Almost Periodically Modulated Array of Potential Barriers.
  65. Localization in an Almost Periodically Modulated Array of Potential Barriers
  66. Excitations of modulated crystals near the commensurate-incommensurate transition
  67. Remanent magnetization in a random antiferromagnetic Ising chain
  68. Unusual band structure and exotic electrical conduction for electrons in incommensurate lattice potentials
  69. Metastable states in the random antiferromagnetic ising chain
  70. Band structure and localization in incommensurate lattice potentials
  71. Molecular-dynamical studies of the depinning of charge-density waves
  72. Quasiclassical theory of quantum particles in two incommensurate periodic potentials
  73. Electron localization in crystals with quasiperiodic lattice potentials
  74. Monte Carlo studies of the two-dimensional registry transition
  75. Dynamical friction in sliding condensed-matter systems
  76. Free sliding in lattices with two incommensurate periodicities
  77. Entropy of vacancy formation in solidHe3<...
  78. Ionic order and defect conductivity in the one-dimensional superionic conductor hollandite
  79. A droplet model for ferromagnetic spin waves aboveTC
  80. Sliding charge-density waves in periodic and disordered lattices
  81. Lack of superconducting behavior of sliding frohlich waves
  82. Ferromagnetism on the solidHe3...
  83. Spin-wave—Stoner-mode interaction in ferromagnetic metals aboveTc
  84. Charge ordering and lattice distortion inFe3
  85. Magnetic Ordering in Solid Helium-3
  86. Persistence of the Stoner Splitting in Metallic Ferromagnets aboveTc
  87. Absence of a Hall Effect in Ice Crystals
  88. Some comments on the various orderings in the ammonium halide crystals
  89. Theory of Critical-Fluctuation-Enhanced Raman Scattering by Phonons in NH4
  90. Theory of Verwey and Charge-Density-Wave-State Ordering in Magnetite
  91. Remnant Bose Condensation inHe4
  92. Ferromagnetism in the Nearly-Half-Filled-Band Hubbard Model at Nonzero Temperatures
  93. Phenomenological Molecular-Field Theory of the Mott-Wigner Transition in Magnetite
  94. Effects of Phonons and Impurities on Single-Particle-Mode Neutron Scattering in Chromium
  95. Theory of Magnetic Properties of Narrow-Band Solids
  96. Free-Spin Magnetic Behavior of the One-Dimensional Near-Neighbor Hubbard-Model Electron System
  97. Antiferromagnetism in Narrow Band Solids
  98. Antiferromagnetism in Narrow-Band Solids
  99. Theory of Longitudinal Spin Fluctuations and the Antiferromagnetic Phase Transition in Chromium Metal
  100. Theory of Inelastic Neutron Scattering in the Itinerant Model Antiferromagnetic Metals. I
  101. Theory of Neutron Scattering in the Itinerant Model of Antiferromagnetic Metals. II
  102. Multiband Theory of Inelastic Neutron Scattering by Ferromagnetic Metals at Low Temperatures
  103. Polar Spin Waves in Ferromagnetic Metals
  104. Some consequences of the thermal Hartree-Fock approximation at zero temperature
  105. Electronic Structure of Magnetic Impurities in Copper
  106. Lorentz Transformation in the Undergraduate Curriculum