LABORATOIRE DE PHYSIQUE THEORIQUE DE LA MATIERE CONDENSEE





présentation
Physique statistique des systèmes désordonnés

 





présentation
Physique statistique des systèmes désordonnés

 

Publications



Liste des publications
 

1. G.E.Volovik and Vik.S.Dotsenko ”Continuum dynamics of the vortex lattice in rotating HeII”;
Pis’ma ZhETF 29, 630 (1979)

2. G.E.Volovik, Vik.S.Dotsenko ”Hydrodynamics of defects in condensed media in the concrete cases
of vortexes in rotating helium-II and of disclinations in a planar magnetic substances”; ZhETF 78,
132 (1980)

3. Vik.S.Dotsenko ”Phase transition in a planar magnetic material with frustrations”; JETP Letters,
31, 276 (1980)

4. Vik.S.Dotsenko and Vl.S.Dotsenko ”Critical behavior of the specific heat in the two-dimensional
Ising model with random bonds”; Pis’ma ZhETF 33, 40 (1981)

5. Vik.S.Dotsenko and M.V.Feigelman ”2D Random axes XY-magnet”; J.Phys. C14, L823 (1981)

6. Vik.S.Dotsenko and Vl.S.Dotsenko ”Critical behavior of the 2D Ising model with impurity bonds”;
J.Phys. C15, 495 (1982)

7. Vik.S.Dotsenko and M.V.Feigelman ”Spin-glass phase transition in the random axes XY-magnet”;
J.Phys. C15, L565 (1982)

8. Vik.S.Dotsenko and Vl.S.Dotsenko ”Critical behavior of the correlation function in the 2D Ising
model with impurity bonds”; J.Phys. C15, L557 (1982)

9. Vik.S.Dotsenko and Vl.S.Dotsenko ”Two-point correlation function in the two-dimensional Ising
model with impurity bonds”; ZhETF 83, 727 (1982)

10. Vik.S.Dotsenko and M.V.Feigelman ”XY-model with random anisotropy”; ZhETF 83, 345 (1982)
11. Vik.S.Dotsenko ”Thermodynamics of the soliton excitations in the system of polyacetelene threads”;
ZhETF 85, 1446 (1983)

12. Vik.S.Dotsenko and Vl.S.Dotsenko ”Critical behavior of the phase transition in the 2D Ising model
with impurities”; Adv.Phys. 32, 129 (1983)

13. Vik.S.Dotsenko and M.V.Feigelman ”3D planar magnet with random anisotropy”; J.Phys. C16,
L803 (1983)
14. Vik.S.Dotsenko and G.V.Uimin ”Phase diagram of the two-dimensional antiferromagnetic XY-model
in the external field”; Pis’ma ZhETF 40, 236 (1984)

15. Vik.S.Dotsenko and M.V.Feigelman ”Low temperature properties and the phase transition in the
tree-dimensional magnet with random anisotropy”; ZhETF 86, 1544 (1984)

16. Vik.S.Dotsenko and Vl.S.Dotsenko ”Critical behavior of the Baxter model with impurity lattice
bonds”; J.Phys. A17, L301 (1984)

17. Vik.S.Dotsenko ”Universality of the critical behavior of the weakly disordered Baxter model”;
J.Phys. A18, L241 (1985)

18. Vik.S.Dotsenko ”Fractal dynamics of spin-glasses”; J.Phys. C18, 6023 (1985)

19. Vik.S.Dotsenko ”Ordered spin-glass: hierarchical memory machine”; J.Phys. C18, L1017 (1985)

20. Vik.S.Dotsenko and G.V.Uimin ”Phase transition in two-dimensional antiferromagnetic XY-models
in the external field”; J.Phys. C18, 5019 (1985)

21. Vik.S.Dotsenko ”Layered hierarchical memory model”; Pis’ma ZhETF, 44, 151 (1986)

22. Vik.S.Dotsenko ”Hierarchical model of memory”; Physica 140A, 410 (1986)

23. Vik.S.Dotsenko ”Renormalization group theory of spin-glasses”; J.Phys. C20, 5473 (1987)

24. Vik.S.Dotsenko ”Neural networks: translation-, rotation- and scale-invariant pattern recognition”;
J.Phys. A21, L783 (1988)

25. Vik.S.Dotsenko and B.Tirozzi ”Structured hierarchical neural network”; Intern.J.Mod.Phys. B3,
1561 (1989)

26. Vik.S.Dotsenko ”Renormalization group theory of the phase transition in ultrametric spin-glasses”;
J.Phys:Condense Matter 2, 2721 (1990)

27. Vik.S.Dotsenko, N.D.Yarunin and E.A.Dorotheyev ”Statistical mechanics of hopfield-like neural net-
works with modified interactions”; J.Phys.A24, 2419 (1991)

28. Vik.S.Dotsenko and B.Tirozzi ”Replica symmetry breaking in neural networks with modified pseudo-
inverse interactions”; J.Phys.A: Math.Gen 24, 5163 (1991)

29. G.Parisi and Vik.S.Dotsenko ”Random fields and instantons in replica space”; J.Phys.A: Math.Gen. 25, 3143 (1992)

30. Vik.S.Dotsenko and B.Tirozzi ”Replica symmetry breaking in neural networks”; Physica A 185, 385 (1992)

31. N.Kazakova and Vik.S.Dotsenko ” Olfactory neural network model”; Mod.Phys.Lett. B6, 1721 (1992)

32. R.Der, Vik.S.Dotsenko and B.Tirozzi ”Modified pseudo-inverse neural networks storing correlated
patterns”; J.Phys.A: Math.Gen. 25, 2843 (1992)

33. Vik.S.Dotsenko, S.Franz and M.Mezard ”Memorizing polymers’ shapes and permutations”; J.Phys.
A:Math.Gen. 25, 6631 (1992)

34. E.A.Dorotheyev, Vik.S.Dotsenko and B.Tirozzi ”Statistical memory model for polymer chain shapes”;
Int.J.Mod.Phys. B7, 2509 (1993)

35. M.Antonucci, B.Tirozzi, N.D.Yarunin, Vik.S.Dotsenko ”Numerical simulation of neural networks
with translation- and rotation-invariant pattern recognition”; Int.J.Mod.Phys. B8, 1529 (1994)

36. Vik.S.Dotsenko ”Griffith singularities in the random-field Ising model”; J.Phys. A:Math.Gen. 27,
3397 (1994)

37. Vik.S.Dotsenko, S.Franz and M.Mezard ”Partial annealing and overfrustration in spin-glasses and
neural networks”; J.Phys. A:Math.Gen. 27, 2351 (1994)

38. D.E.Feldman and Vik.S.Dotsenko, ”Partially Annealed Neural Networks”; J.Phys. A: Math.Gen.,
27, 4401 (1994)

39. Vik.S.Dotsenko and D.E.Feldman, ”Statistical Mechanics of Training in Neural Networks”; J.Phys.
A: Math.Gen., 27, L821 (1994)

40. Vik.S.Dotsenko ”Physics of Spin Glasses and Related Problems” in ”The First Landau Institute
Summer School, 1993” (Edited by V.Mineev), Gordon and Breach, 1995

41. Vik.S.Dotsenko, B.Harris, D.Sherrington and R.Stinchbombe, ”Replica Symmetry Breaking in the
Critical Behavior of the Random Ferromagnet”; J.Phys. A: Math.Gen., 28, 3093 (1995)

42. Vik.S.Dotsenko and D.E.Feldman, ”Replica Symmetry Breaking and the Renormalization Group
Theory of the Weakly Disordered Ferromagnet”; J.Phys. A: Math.Gen. 28, 5183 (1995)

43. Vik.S.Dotsenko, Vl.S.Dotsenko, M.Picco and P.Pujol, ”Renormalization Group Solution for the Two-
Dimensional Random Bond Potts Model with Broken Replica Symmetry”; Europhys.Lett. 32(5), 425 (1995)

44. D.E.Feldman, A.V.Izyumov and Vik.S.Dotsenko ”Stability of the renormalization group in the 2D
random Ising and Baxter models with respect to the replica symmetry breaking”; J.Phys. A:
Math.Gen. 29, 4331 (1996)

45. Vik.S.Dotsenko and D.E.Feldman, ”Replica Symmetry Breaking and the Renormalization Group
Theory of the Weakly Disordered Ferromagnet” in ”STATPHYS-19, the 19th IUPAP International
Conference on Statistical Physics”, Edited by Hao Bailin, World Scientific, 1996

46. Vik.S.Dotsenko and M.Mezard ”Vector Breaking of Replica Symmetry in some Low Temperature
Disordered Systems”; J.Phys.A: Math.Gen. 30, 3363 (1997)

47. S.B.Bravy and Vik.S.Dotsenko ”Crossover scale of the fixed point with replica symmetry breaking
in the random Potts model”; Pis’ma ZhETF 66(11) (1997)

48. S.E.Korshunov and Vik.S.Dotsenko, ”Fluctuations of a one-dimensional directed polymer in a ran-
dom potential with finite correlation radius”; J.Phys.A:Math.Gen. 31, 2591 (1998)

49. Vik.S.Dotsenko, Vl.S.Dotsenko and M.Picco, ”Random bond Potts model: the test of the replica
symmetry breaking”; Nucl.Phys. B520, 633 (1998)

50. Vik.S.Dotsenko ”Griffith singularities and replica instantons in the random ferromagnet”; J.Phys.
A:Math.Gen., 32, 2949 (1999)

51. E.Bayong, H.T.Diep and Vik.S.Dotsenko ”Potts model with long-range interactions in one dimen-
sions”; Phys.Rev.Lett., 83, 14 (1999)

52. E.Bayong, H.T.Diep and Vik.S.Dotsenko, Comment on ”Potts model with long-range interactions
in one dimensions”; Phys.Rev.Lett., 85, 5256 (2000)

53. Vik.S.Dotsenko ”Exact Solution of the Random Bipartite Matching Model”; J.Phys. A:Math.Gen.,
33, 2015 (2000)

54. G.Tarjus and Vik.S.Dotsenko ”Is there a spin-glass phase in the random temperature Ising ferro-
magnet?”; J.Phys. A:Math.Gen., 35, 1627 (2002)

55. Vik.S.Dotsenko ”Infinite range interaction model of a structural glass”; J.Stat.Phys. 115, 823 (2004)

56. Vik.S.Dotsenko and G.Blatter, ”Mean-field glass transition in a model liquid”, Phys.Rev.E 72, 021502 (2005)

57. Vik.S.Dotsenko, ”Griffith singularity in the random Ising ferromagnet”, J.Stat.Phys. 122, 197 (2006)

58. Vik.S.Dotsenko, ”Non-pertrurbative states in disordered systems”, Physica A, 361, 463 (2006)

59. Vik.S.Dotsenko, ”Non-pertrurbative phenomena in the three-dimensional random field Ising model”,
J.Stat.Mech. (2006) P06003

60. Vik.S.Dotsenko, ”On the nature of the phase transition in the three-dimensional random field Ising
model”, J.Stat.Mech. (2007) P09005

61. Vik.S.Dotsenko, L.B. Ioffe, V.B. Geshkenbein, S.E. Korshunov and G. Blatter, ”Joint free energy
distribution in the random directed polymer problem” Phys.Rev.Lett. 100, 050601 (2008)

62. V.Dotsenko and B.Klumov, ”Bethe ansatz solution for one-dimensional directed polymers in random
media”, J.Stat.Mech. P03022 (2010)

63. V.Dotsenko, ”Bethe ansatz derivation of the Tracy-Widom distribution for one-dimensional directed
polymers”, Eutrophys.Lett. 90, 20003 (2010)

64. V.Dotsenko, ”Replica Bethe ansatz derivation of the Tracy-Widom distribution of the free energy
fluctuations in one-dimensional directed polymers”, J.Stat.Mech. P07010 (2010)

65. V.S.Dotsenko, V.B.Geshkenbein, D.A.Gorokhov and G.Blatter, ”Free energy distribution functions
for the randomly forced directed polymers”, Phys.Rev. B82, 174201 (2010)

66. V.Dotsenko, ”One more discussion of the replica trick: the example of the exact solution”, Phylo-
sophical Magazine, iFirst, 1-18 (2011)

67. V.Dotsenko, ”Replica solution of the Random Energy Model” Europhysics Letters, 95 50006 (2011)
 
68. V.Dotsenko, "One more discussion of the replica trick: the example of the exact solution",
Phylosophical Magazine, 92, 16 (2012)

69. V.Dotsenko and B.Klumov, "Free Energy Distribution Function of a Random Ising ferromagnet",
      J.Stat.Mech. P05027 (2012)
      
70. V.Dotsenko,  "Bethe ansatz replica derivation of the GOE Tracy-Widom distribution in one dimensional
      directed polymers with free endpoints",  J.Stat.Mech. P11014 (2012)

71. V.Dotsenko, "Distribution function of the endpoint fluctuations of one dimensional
       directed polymers in a random potential", 
      J.Stat.Mech. P02012 (2013)

72. V.Dotsenko, "Two-point free energy distribution function in (1+1) directed polymers",
      J.Phys. A: Math.Theor.  46, 355001 (2013)

73. V.Dotsenko, "Two-time free energy distribution function in (1+1) directed polymers",
      J.Stat.Mech. P06017 (2013)
74. V.Dotsenko,  A.Maciołek, O.Vasilyev and G.Oshanin, "Two-temperature Langevin dynamics in a parabolic potential",
      Phys.Rev. {\bf E 87}, 062130 (2013)

75. V.Dotsenko, "N-point free energy distribution function in one dimensional
      random directed polymers",
      Cond.Mat.Phys. 17, 33003 (2014)
      
76. V.Dotsenko and Y.Holovach "Universal Free Energy Distribution in the Critical point of a Random Ising Ferromagnet",
       Phys.Rev. 90, 052126 (2014)

77. V.Dotsenko, "Two-time distribution functions in the Gaussian model of randomly forced Burgers turbulence",
      J.Stat.Mech., P02016 (2015)

78. A.Maciołek, O.Vasilyev, V.Dotsenko  and S.Dietrich,
       "Critical Casimir forces in the presence of random surface fields"
       Phys.Rev. 91, 032408 (2015)
      
79. V.Dotsenko, "Two-time  distribution function in one-dimensional random directed polymers",
      J.Phys. A:Math. Theor. 48, 495001 (2015)

80. V.Dotsenko, "On two-time  distribution function in (1+1) random directed polymers",
      J.Phys. A:Math. Theor. 49, 27LT01 (2016)
      
 
 
Review articles:

 V.S.Dotsenko, M.V.Feigelman and L.B.Ioffe ”Spin glasses and related problems”,
  Soviet Scientific Review/Sec.A 15(1) (1990)

 V.Dotsenko, ”Physics of the spin-glass state”, 
  Physics-Uspekhi, 36(6), 455 (1993)

 V.Dotsenko, ”Critical phenomena and quenched disorder”,
  Physics-Uspekhi, 38(5), 457 (1995)

 V.Dotsenko, ”Universal Randomness”,
  Physics-Uspekhi, 54(3), 259 (2011)

 
Books:

 V.Dotsenko ”Introduction to the Theory of Spin Glasses and Neural Networks”, World Scientific 1994

 V.Dotsenko ”Introduction to the Replica Theory of Disordered Statistical Systems”, Cambridge University Press, 2001.