RESEARCHER ID at ISI: http://www.researcherid.com/rid/A-3408-2008

RESEARCHER ID at ORCID: https://orcid.org/0000-0001-6183-9617

1. Proc.of the Latin American School of Physics 1987: Connection Among Particle Physics, Nuclear Physics, Statistical Physics and Condensed Matter,
Eds. J.Giambiaggi, G.Dussel, L.Epele, C.Garcia Canal & H.S.Wio,
(World Scientific, Singapore 1988) (ISBN 9971504057).

2. Introducción a las Integrales de Camino, Notes Course 3rd. Cicle,
H.S.Wio,
Depart.de Publicac., Univ.de les Illes Balears (P.Mallorca, Spain, 1989) (ISBN: 84-7632-076-0).

3. Proceedings of the 6th.MEDYFINOL Conference,
Eds: H.S.Wio, H.S. Hernandez and A.N. Proto
Depart.de Publicac. CAB-CNEA, (S.C.Bariloche, 1992).

4. Introduction to Stochastic Processes and Nonequilibrium Statistical Physics,
H.S.Wio,
(World Scient., Singapore, 1994)(ISBN 981-02-1571-1).

5. Nonequilibrium Potential in Reaction-Diffusion Systems,
H.S.Wio,
in: 4th Granada Lectures in Computational Physics,
Eds P.L. Garrido & J. Marro,
(Springer, 1997) (ISBN: 3-540-63086-4), pg.135.

6. Application of Path Integration to Stochastic Processes: An Introduction,
H.S.Wio,
in: Fundamentals and Applications of Complex Systems,
Ed. G. Zgrablich,
(Nueva Edit. Univ., UNSan Luis, 1999) (ISBN: 950-609-021-1), pg. 253.

7. Proceedings of the Workshop of the Consortium of the Americas on Interdisciplinary Science on Sparsely Connected Systems: Porous and Granular Materials,
Eds: H.S.Wio, E.Albano, D.Pusiol, M.Rosen & G.Zgrablich,
Special Issue Granular Matter, 3 (2001) ISSN: 1434-5021 (Print) 1434-7636 (Online).

8. Noise Induced Phenomena: A Sampler,
K.Lindenberg & H.S.Wio,
in Proc. Pan-American Advanced Studies Institute: New Challenges in Statistical Physics,
Eds. K.Lindenberg & V. Kenkre,
(AIP, 2003) (ISBN 0-7354-0118-7).

9. Proceedings Workshop on Complex Systems: New Trends and Expectations,
Eds. H.S.Wio, M.A.Rodriguez & L.Pesquera,
European Physical J. Special Topics 143 (2007) (ISSN 1951-6355).

10. Introduction to Stochastic Processes and Nonequilibrium Statistical Physics, (Revised Edition)
H.S. Wio, R.R. Deza & J.M. Lopez
(World Sci., Singapore, 2013)(ISBN- 978-981-4374-78-1)

11. Path Integrals for Stochastic Processes: An Introduction,
H.S.Wio,
(World Scientific, Singapore, 2013)(ISBN 978-981-4374-78-1).

12. Markov and Non-Markov Transport Processes Whitin Bulk Mediated Surface Diffusion Schemes,
Horacio S. Wio and Jorge A. Revelli,
in CHEMICAL KINETICS BEYOND THE TEXTBOOK,
Eds. K.Lindenberg, R.Metzler and G.Oshanin,
(World Scientific, ISBN: 978-1-78634-700-8, 2020).

13. The Fluctuation-Dissipation theorem today,
Editors: Ewa Gudowska-Nowak, Fernando A. Oliveira, Horacio Sergio Wio,
Frontiers in Physics, Interdisciplinary Physics Section (2022).

1. Phase diagram of Samarium monochalcogenides,
H.S.Wio, B.Alascio and A.López,
Solid State Comm. 15, 1983 (1974).

2. Demagnetization through level crossing: the effect of charge fluctuations,
H.S.Wio, A.López and B.Alascio,
J. Magn. and Magnetic Mat.8, 71 (1978).

3. Intermediate valence: phase diagram and Kondo behavior in a simple model,
B. Alascio, H.S.Wio and A.López,
Zeit.f.Phys.B 36, 3(1979).

4. Neutron thermalization processes in benzene,
M.J.Abbate, J.V.Lolich and H.S.Wio,
Atomkernenergie 36, 138 (1980).

5. A New approach in neutron thermalization: application to benzene,
H.S.Wio,
Atomkernenergie 38, 199 (1981).

6. Nuclear dissipation with residual interactions studied by mean of the Mori formalism,
E.Werner, H.S.Wio, H.Hofman and K.Pomorski,
Zeit.fur Phys. A299, 231 (1981).

7. An expansion of complicated functions using Chebyshev polynomials suitable for fast calculations,
M.O.Cáceres, H.S.Wio and R.J.J.Stamm`ler,
Comp.Phys.Comm. 29, 261 (1983).

8. Functional integral approach to the Falicov-Kimball model,
H.S.Wio,
Zeit.fur Phys. B 50, 357 (1983).

10. Phase transition in anisotropic coupled random-walk,
H.S. Wio and M.O.Cáceres,
Phys. Lett. A100, 279 (1983).

11. Multienergetic continuous time random-walk,
M.Cáceres and H.S.Wio,
Zeit.fur Phys. B 54, 175 (1984).

12. A new series expansion approach in Monte-Carlo: application to neutron shielding,
A.Noel and H.S.Wio,
Ann.Nucl.Energy 11, 225 (1984).

13. Transformation law for the response fluxes within the collision probability method,
H.S.Wio,
ICTP Report IC/84/20, March 1984.

14. Random-Walk approach for neutron diffusion with strong absorption,
M.Cáceres and H.S.Wio,
Nuclear Instr. & Methods A 219, 441 (1984).

15. Coupled continuous time random-walk: pseudo diffusion with anisotropic scattering,
M.Cáceres and H.S.Wio,
Zeit.fur Phys. B 58, 329 (1985).

16. Transformation law for response fluxes within the collision probability method,
H.S.Wio,
Ann.Nucl.Energy 11, 425 (1984).

17. Treatment of scattering anisotropy in neutron diffusion through a random-walk scheme,
H.S.Wio and M.Cáceres,
Annals of Nucl. Energy 12, 263 (1985).

18. On the numerical evaluation of the Feynman propagator,
L.Salem and H.S.Wio,
Phys.Lett. A 114, 168 (1986).

19. Reduced kinetic equations: influence functional method,
H.S.Wio,
in Phase Space Approach to Nuclear Dynamics, Eds. M.DiToro, W.Norenberg, M.Rosina & S.Stringari
(World Sci., Singapore, 1986) (ISBN: 9971500159).

20. On the Vlasov equation for nuclear collective motion: functional approach,
L.Salem, H.S.Wio and M.E.Spina,
in Proc. 9th Workshop on Nuclear Physics, Eds A.O.Machiavelli, H.Sofia and E.Ventura,
(World Scientific, Singapore, 1987)(ISBN: 9971-50-204-6).

21. Fluid dynamical description of giant resonances: inclusion of two-body collisions,
L.Salem, M.E.Spina and H.S.Wio,
in Proc. 9th Workshop on Nuclear Physics, Eds. A.O. Machiavelli, H.Sofia and E.Ventura
(World Sci., Singapore, 1987) (ISBN: 9971-50-204-6).

22. Non-Markovian diffusion-like equation for transport processes with anisotropic scattering,
M.Cáceres y H.S.Wio,
Physica A 142, 563 (1987).

23. Solution of the Kramers equation by Trotter`s Formula,
H.S.Wio,
J.Chem.Phys. 88, 5251 (1988).

24. An influence functional approach for the elimination of variables in stochastic processes,
H.S.Wio,
in Noise and nonlinear phenomena in nuclear systems, Eds J.L. Muñoz Cobo y F.Defillipo
(Plenum, N.Y., 1989) (ISBN: 0306431025).

25. Some integrals involving Legendre and its associate Legendre functions,
L.D.Salem and H.S.Wio,
J.Phys.A 22, 4331-4338 (1989).

26. Colored noise: a perspective from a path integral formalism,
P.Colet, H.S.Wio and M.San Miguel,
Phys Rev A 39, 6094 (1989).

27. Competition between evaporation and fission: Stochastic aspects,
H.S.Wio, M.San Miguel and R.F.Rodriguez,
Zeit.f.Phys.A 334,109 (1989).

28. The fission stability diagram of Pu240,
F.Garcias M.Barranco, H.S.Wio, C.Ngo and J.Nemeth,
Phys Rev C 40, 1522 (1989).

29. Path integral formulation for stochastic processes driven by colored noise,
H.S.Wio, P.Colet, L.Pesquera, M.A.Rodriguez and M.San Miguel,
Phys.Rev. A 40, 7312 (1989).

30. Spatial effects on the fluctuations of a nuclear power reactor,
E. Salinas-Rodriguez, R.F. Rodriguez and H.S.Wio,
Ann. Nucl.Energy 17, 113 (1990).

31. Path integral approach to the colored noise problems,
M.San Miguel, P.Colet, H.S.Wio, L. Pesquera and M.A. Rodriguez,
in: Noise and Chaos in Nonlinear Dynamical Systems, Eds. F.Moss, L.A.Lugiato and W.Schleich
(Cambridge Univ. Press, 1990) (ISBN: 0521384176).

32. Pattern formation in reaction--diffusion systems with finite geometry,
C.Borzi and H.S.Wio,
ICTP Report, IC/90/48 (1990).

33. Quantum corrections to the Vlasov description of collective modes,
L.D.Salem and H.S.Wio,
Phys.Lett. B 248,5-9 (1990).

34. Stochastic processes driven by colored noise: A path-integral point of view,
H.S.Wio, P.Colet, M.San Miguel, L.Pesquera and M.A.Rodriguez,
in Instabilities and Nonequilibrium Structures III, Ed. E. Tirapegui
(Kluwer 1991) (ISBN: 0-7923-1153-1).

35. Effusion of a dilute gas revisited: van Kampen's expansion,
C.Schat, G.Abramson and H.S.Wio,
Am. J. Phys. 59, 357 (1991).

36. Influencia de condiciones de contorno de albedo sobre la formación de estructuras en un modelo activador--inhibidor,
H.Wio, C.Borzi, G.Izús, O.Ramírez and R.Deza,
Ann.AFA 3, 60 (1991).

37. Solitones en sistemas reacción--difusión?,
G.Izús, R.Deza, C.Borzi and H.S.Wio,
Ann. AFA 3, 64 (1991).

38. Path integral approach to the Fokker--Planck equation: numerical procedure,
G. Abramson, H.S.Wio and L.D.Salem,
in Nonlinear Phenomena, Eds. P.Cordero and B.Nachtergaele
(North-Holland, Amsterdam, 1991) (ISBN: 0444887911).

39. Diffusion-limited reactions effect of strong space disorder on segregation,
H.S.Wio, M.A. Rodríguez, C.Briozzo and L.Pesquera,
Phys. Rev. A 44, R813 (1991).

40. Pattern formation in reaction--diffusion systems with finite geometry,
C.Borzi and H.Wio,
Phys. Lett. A 160, 247 (1991).

41. Markovian approximation in the colored noise problem an interpolation like ansatz,
H.S.Wio,
in Proc.MEDYFINOL'91, pg.108 (1992); Eds. H.S.Hernandez, A.N.Proto and H.S.Wio.

42. Competitive coexistence: an exact solution of a three component system,
C.L.Schat and H.S.Wio,
in Proc.MEDYFINOL'91, pg.87 (1992); Eds. H.S.Hernandez, A.N.Proto and H.S.Wio.

43. Numerical investigations of solitons in one--component, one--dimensional systems of the reaction--diffusion type,
G. Izús, C. Borzi, R. Deza and H.S. Wio;
in Proc. MEDYFINOL'91, pg.103 (1992); Eds. H.S. Hernandez, A.N. Proto and H.S. Wio.

44. Reacciones Bimoleculares Controladas por Difusión: Regímenes de Tiempos Largos e Intermedios Con Reactividad Imperfecta;
M.Rodriguez, G.Abramson, H.S.Wio and A.Bru;
Ann. AFA 4, 43 (1992).

45. Descripción de Frentes de Reacción Vía un Esquema Tipo Galanin;
F.G.Nicolini and H.S.Wio,
Ann.AFA 4, 48 (1992).

46. Propagación de Frentes en un Modelo de Reacción Difusión para una Inestabilidad Electrotérmica;
M.Kuperman. H.S.Wio and D.H.Zanette,
Ann. AFA 4, 40 (1992).

47. An electrothermal instability: influence of albedo boundary conditions on the stationary states of an exactly solvable model,
C.Schat and H.S.Wio,
Physica A 180, 295 (1992).

48. Reactant segregation: The effect of strong space disorder in diffusion-limited reactions,
H.S.Wio, M.A.Rodriguez, C.B.Briozzo and L.Pesquera,
in Proc.Xth Workshop in Condensed Matter Theories, Ed.A.N.Proto and J.Aliaga
(Plenum Pub., 1993) (ISBN: 0-306-44201).

49. Elimination of variables in stochastic processes: a path integral point of view,
H.S.Wio, C.Briozzo and C.E.Budde,
in Path Integration: Trieste 1991, H.Cerdeira, S.Lundqvist, D.Mugnai, A.Ranfagni, V.Sa--yakanit and L.S.Schulman, Eds.
(World Sci., 1993) (ISBN: 9810210701).

50. Diffusiom-limited reactions: path integral approach for a simple model of bimolecular reactions,
H.S. Wio and F.Nicolini,
in Path Integration: Trieste 1991, Eds. H.Cerdeira, S. Lundqvist, D. Mugnai, A.Ranfagni, Sa-yakanit, L.Schulman,
(World Sci., 1993) (ISBN: 9810210701).

51. Steady State Segregation in Diffusion--Limited Bimolecular Reactions : Effect of Strong Space Disorder and a Galanin Approach,
H.S.Wio,
in Instabilities and Nonequilibrium Structures IV, E.Tirapegui and W.Zeller Eds.
(Kluwer, 1993) (ISBN: 0-7923-2503-6).

52. Bimodality and transient trimodality for Brownian particles in shear flows: a path integral approach,
H.S.Wio and D.Zanette,
Phys. Rev.E 47, 384 (1993).

53. Pattern formation in an activator--inhibitor model: effect of albedo boundary conditions on a finite geometry,
H.S.Wio, G.Izús, O.Ramirez, R.Deza and C.Borzi,
J. Phys. A 26, 4281-4286 (1993).

54. Diffusion--Controled Bimolecular Reactions: Long and Intermediate Time Regimes with Imperfect Trapping within a Galanin Approach,
M.Rodriguez, G.Abramson, H.Wio and A.Bru;
Phys. Rev. E 48, 829 (1993).

55. Evolution of reaction--diffusion patterns in infinite and bounded domains,
S.A.Hassan, M.N.Kuperman, H.S.Wio and D.H.Zanette,
Physica A 206, 380 (1994).

56. Analytic approach to the space--time kinetics of annihilation reactions;
G.Abramson, A.Bru Espino, M.A.Rodriguez and H.S.Wio,
Phys. Rev. E. 50, 4319 (1994).

57. Quantum mechanical analogy for solving a competitive coexistence problem in ecology,
H.S.Wio, M.Kuperman and B.von Haeften,
ICTP Report IC/94/186, (1994).

58. A phase transition induced by the struggle for life in a competitive coexistence model in ecology,
H.S. Wio and M. Kuperman,
ICTP Report IC/94/195, (1994).

59. Time behaviour of the reaction front in the catalytic A+B->B+C reaction--diffusion processes,
F.G.Nicolini, M.A.Rodriguez and H.S.Wio,
ICTP Report IC/94/162, (1994).

60. Behaviour of the reaction front for A+B -> 0 reaction--diffusion system: an analytic approach,
M.A.Rodriguez and H.S.Wio,
ICTP Report IC/94/161, (1994).

61. Potenciales cuasi-exactamente solubles en un modelo de competencia biológica,
H.S.Wio, M.Kuperman, B.von Haeften, M.Bellini and R.Deza,
Anales AFA 5, 77 (1994).

62. Estructuras anulares estacionarias en sistemas de reacción-difusión con condiciones de contorno parcialmente reflectivas,
J. Reyes de Rueda, O. Ramírez, G. Izús, R. Deza and H. S. Wio,
Anales AFA 5, 9 (1994).

63. Influencia de las condiciones de contorno de albedo sobre la formación de estructuras estacionarias en un modelo de conducción nerviosa,
H.S.Wio, G. Izús, O. Ramírez, R. Deza and C.Borzi,
Anales AFA 5, 101 (1994).

64. Efecto de la asimetría de las condiciones de contorno sobre la formación de estructuras estacionarias en un modelo de inestabilidad electrotérmica,
H.S.Wio, G. Izús, O.Ramírez, R. Deza and C.Borzi,
Anales AFA 5, 106 (1994).

65. Stationary states in a reaction--diffusion system with albedo boundary conditions,
S.A. Hassan, D.H.Zanette and H.S.Wio,
J. Phys.A 27, 5129 (1994).

66. Competitive coexistence in biological systems: exact analytical results through a quantum mechanical analogy,
H.S. Wio, M. Kuperman, B.von Haeften, M. Bellini and R. Deza,
in Instabilities and Nonequilibrium Structures V, E. Tirapegui and W. Zeller Eds.
(Kluwer, 1995) (ISBN: ).

67. Time dependent reactivity for diffusion controlled annihilation and coagulation in two dimensions,
P.A.Alemany, D.H.Zanette and H.S.Wio,
Phys. Rev. E 50, 3646 (1994).

68. Time behavior for diffusion in the presence of static imperfect traps,
G.Abramson and H.Wio,
Chaos, Solit.& Fract. 6, 1 (1995).

69. Diffusion--controled bimolecular reactions: long and intermediate time regimes with imperfect trapping within the Galanin approach;
H.S.Wio, G.Abramson, M.A.Rodriguez and A.Bru,
Chaos, Solit. & Fract. 6, 575 (1995).

70. Global stability of stationary patterns in reaction--diffusion systems,
G. Izús, O. Ramirez, R. Deza, H.S.Wio, D.Zanette and C.Borzi,
Phys. Rev. E 52, 129 (1995).

71. Nonadiabatic elimination of variables in stochastic processes through path integrals and influence functional methods,
H.S.Wio, C.Budde, C.Briozzo and P.Colet,
Int. J. Mod. Phys. B 9, 679 (1995)

72. An exact analytical solution of a three component model for competitive coexistence,
C.L.Schat, M.Kuperman and H.S.Wio,
Math. Biosc. 131, 205-218 (1996).

73. The colored noise problem: A Markovian interpolation procedure,
F.Castro, H.S.Wio and G.Abramson,
Phys. Rev. E 52, 159 (1995)

74. Reentrance phenomena in noise induced transitions,
F. Castro, A. Sánchez and H.S.Wio,
Phys. Rev. Lett. 75, 1691 (1995).

75. Nonequilibrium potential for a reaction--diffusion model: Critical behaviour and decay of extended metastable states,
D.H.Zanette, H.S.Wio, and R. Deza,
Phys. Rev. E 53, 353 (1996).

76. Diffusion in the presence of partial absorbers;
G. Abramson and H.S.Wio,
Phys. Rev. E 53, 2265 (1996).

77. Wave fronts in a bistable reaction--diffusion system with density-dependent diffusivity,
D.E. Strier, H.S.Wio and D.H. Zanette,
Physica A 226, 310 (1996).

78. Persistence of the weaker species in a nonhomogeneous competitive system: exact result through a quantum mechanical analogy,
M.Kuperman, B.von Haeften and H.S.Wio,
Bull.Math.Biology 58, 1001-1018 (1996).

79. The diffusion-limited reactions A+A -> A and A+A -> 0 as CTRW on lattices: Closed expressions for the particle concentration and its fluctuations in integer dimension,
P.A. Alemany and H.S.Wio,
ICTP Report IC/96/186, (1996).

80. Un modelo matemático sobre coexistencia competitiva de dos especies a través de una analogía mecánico cuántica (A mathematical model on the competitive coexistence of two species through a quantum-mechanical analogy),
M. Bellini, B. Von Haeften, R. Deza and H.S.Wio,
Anales AFA 6, 481-485 (1996).

81. Sobre la violación del principio de exclusión competitiva (On the violation of the competitive exclusion principle),
M.Bellini, B.Von Haeften, R.Deza and H.Wio,
Ecología Austral 6, 79-86 (1996).

82. Decay of Metastable States in Spatially Extended Reaction--Diffusion Systems: Its Dependence on Partially Reflecting Boundary Conditions,
G. Izús, H.S.Wio, J. Reyes de Rueda, O. Ramírez and R. Deza,
Int. J. Mod. Phys. B 10, 1273 (1996).

83. Space-time transformations in the path integral approach to stochastic processes: the time-dependent oscillator,
C.Batista, G.Drazer, D.Reidel and H.S.Wio,
Phys. Rev. E 54, 86 (1996).

84. Giant suppresion of the activation rate in presence of correlated white noises,
A.J.R. Madureira, P. Hänggi and H.S.Wio,
Phys. Lett. A 217, 248 (1996).

85. Control of the reactant flow at the boundary: Its effect on the onset of nonequilibrium mascroscopic structures in chemical reactions,
G. Izús, O.Ramírez, R. Deza and H.S.Wio,
Journal of Chem.Phys. 105, 10424 (1996).

86. Stochastic resonance in spatially extended systems,
H.S.Wio,
Phys. Rev. E 55, R3075 (1996).

87. Stochastic resonance in a reaction-diffusion system: enhancement due to coupling,
H.S. Wio and F. Castelpoggi,
in Unsolved Problems of Noise: Proc. Conf. UPoN'96, Ch. Doering, L.B. Kiss and M. Shlesinger, Eds.
(World Sci., Singapore, 1997) (ISBN: 9810231997), pg. 229.

88. Global analysis of pattern selection and bifurcations in monostable reaction-diffusion systems,
G. Izús, R. Deza, C.Borzi, and H.S.Wio,
Physica A 237, 135 (1997).

89. Trapping kinetics in diffusion-limited coupled bimolecular reactions: sources within the Galanin model,
A.D. Sánchez and H.S.Wio,
Physica A 237, 452 (1997).

90. Effect of partially reflecting boundary conditions on the decay of metastable rest states in an activator-inhibitor system,
G.Izús, R.Deza, H.S.Wio, and C.Borzi,
Phys. Rev. E 55, 4005 (1997).

91. Critical slowing-down in the decay of metastable states in spatially extended reaction--diffusion Systems,
F.Castelpoggi, H.S.Wio, and D.H. Zanette,
Int.J. Mod.Phys. B 11, 1717 (1997).

92. Effect of pore size distribution on the separation factor of membranes used as barriers for isotopic separation by gaseous diffusion,
D.A. Serrano and H.S.Wio,
in Proc.Int.Conf. Nuclear Power Competitiveness in the Next Two Decades, pg. 49, AATN, Buenos Aires, Argentina, Nov.1996.

93. Nonequilibrium potential approach: local and global stability of stationary patterns in an activator--inhibitor system with fast inhibition,
G. Drazer and H.S.Wio,
Physica A 240, 571 (1997).

94. Effect of pore size distribution on the separation factor of membranes used as barriers for isotopic separation by gaseous diffusion,
D.A. Serrano and H.S.Wio,
Inter. J. Heat and Mass Transfer 40, 4289 (1997).

95. Exact expression for the diffusion propagator in a time-dependent anharmonic potential of the form: V(x) ~ ln x+w(t)x2,
J.A. Giampaoli, D.E. Strier, C. Batista and H.S. Wio,
ICTP Report IC/97/114, (1997).

96. Tratamiento de fuentes de partículas en procesos de reacción controlados por difusión,
S.Bouzat and H.S.Wio,
Anales AFA 8, 14 (1997).

97. Kinetics of trapping reactions with a time-dependent number of traps,
A.D. Sánchez, E.M. Nicola and H.S. Wio,
Phys. Rev. Lett. 78, 2244 (1997).

98. Stochastic resonance in extended systems: enhancement due to coupling in a reaction-diffusion model,
F. Castelpoggi and H.S. Wio,
Europhysics Letters 38, 91 (1997).

99. Behaviour of the reaction front for A+B -> 0 reaction--diffusion system: an analytic approach,
M.A.Rodriguez and H.S.Wio,
Phys. Rev. E 56, 1724 (1997).

100. Disordering effect of color in nonequilibrium phase transition induced by multiplicative noise,
S. Mangioni, R. Deza, H.S. Wio and R. Toral,
Phys. Rev. Lett. 79, 2389 (1997).

101. Stochastic resonance in an activator-inhibitor system through adiabatic and quasi-variational approaches,
H.S. Wio, M.N.Kuperman, F.Castelpoggi, G. Izús and R. Deza;
Physica A 257, 275 (1998).

102. New results for diffusion-limited reactions within a stochastic model,
H.S. Wio, M. A. Rodriguez, A. Sánchez and E. Nicola,
in Instabilities and Non-Equilibrium Structures VII, Eds. O. Descalzi, J. Martinez and E. Tirapegui
(Kluwer A.P., Dordrecht, 2004) (ISBN: 1-4020-1825-8), pg. 371.

103. Effect of color in nonequilibrium phase transition induced by multiplicative noise,
S. Mangioni, R. Deza, H.S. Wio and R. Toral,
in Instabilities and Non-Equilibrium Structures VII, Eds. E. Tirapegui and J. Martinez
(Kluwer, in press).

104. Exact results in trapping reactions for mobile particles and a single trap,
A.D. Sánchez, M.A. Rodriguez and H.S. Wio,
in Instabilities and Non-Equilibrium Structures VII, Eds. O. Descalzi, J. Martinez and E. Tirapegui
(Kluwer A.P., Dordrecht, 2004) (ISBN: 1-4020-1825-8), pg. 339.

105. Exact nonequilibrium potential for the FitzHugh-Nagumo model in the excitable and bistable regimes,
G. Izús, R. Deza, and H.S. Wio,
in Instabilities and Non-Equilibrium Structures VII, Eds. E. Tirapegui and J. Martinez
(Kluwer, in press).

106. Stochastic resonant media: effect of local and nonlocal coupling in reaction-diffusion models,
F. Castelpoggi and H.S. Wio,
Physical Review E 57, 5112 (1998).

107. Stochastic resonant media: Quasi-variational approach for the full activator-inhibitor system;
M. Kuperman, H.S. Wio, G. Izús and R. Deza,
Physical Review E 57, 5122 (1998).

108. Results in trapping reactions for mobile particles and a single trap,
A. Sánchez, M.A. Rodriguez and H.S. Wio,
Phys. Rev. E 57, 6390-6397 (1998).

109. Exact nonequilibrium potential for the FitzHugh-Nagumo model in the excitable and bistable regimes,
G. Izús, R. Deza, and H.S. Wio, Phys.
Rev. E 58, 93 (1998).

110. Nonequilibrium potential and pattern formation in a three component reaction-diffusion system,
S. Bouzat and H.S. Wio,
Phys. Lett. A. 247, 297 (1998).

111. Stochastic resonance: the role of potential asymmetry and non-Gaussian noises,
H.S.Wio and S. Bouzat (invited),
Brazil. J. Phys 29, 136 (1999).

112. Critical slowing-down in the FitzHugh-Nagumo model: a nonequilibrium potential approach,
G.G. Izús, R.R. Deza and H.S. Wio;
in Proc. Int.Conf. on Computational Physics, J.Marro et al. Eds.;
Computer Physics Communications 121-122, 406 (1999).

113. Stochastic resonance in bistable systems: the effect of simultaneous additive and multiplicative correlated noises,
C. Tessone and H.S. Wio,
Mod. Phys. Lett. B 12, 1195-1202 (1998).

114. Stochastic resonance in extended bistable systems: the role of potential symmetry,
S. Bouzat and H.S. Wio,
Phys. Rev. E 59, 5142 (1999).

115. Path Integral Approach to Nearest Neighbor Particle Distance,
A.D. Sánchez, M.A. Rodriguez and H.S. Wio;
in Material Instabilities: Proc. 1st. Latin American Summer School, Eds. J. Martinez, C.H. Wörner and D. Walgraef
(World Scientific, 2000) (ISBN: 9810242654).

116. Kinetics of coupled bimolecular reactions,
A. Sánchez and H.S. Wio,
Physica A 272, 429 (1999).

117. Exact expression for the diffusion propagator in a time-dependent anharmonic potential of the form: V(x) = ln x+ w(t)x2,
J.A. Giampaoli, D.E. Strier, G. Drazer, C. Batista and H.S. Wio,
Physical Review E 60, 2540 (1999).

118. Reaction kinetics of diffusing particles injected into a reactive substratum,
S. Bouzat, A. Sánchez and H.S.Wio,
Physical Review E 60, 2677 (1999).

119. Convergence in reaction-diffusion systems: an information theory approach,
M.A. Fuentes, M.N. Kuperman and H.S. Wio,
Physica A 272, 574 (1999).

120. Front propagation in epidemiological models with spatial dependence,
M.Kuperman and H.S. Wio,
Physica A 272, 206-222 (1999).

121. Self-organized chemical nanoscale microreactors,
M. Hildebrandt, M. Kuperman, H.S. Wio, A.S. Mikhailov and G. Ertl,
Physical Review Letters. 83, 1475 (1999).

122. Nonequilibrium Phase Transitions Induced by Multiplicative Noise: Effects of Self-Correlation,
S. Mangioni, R. Deza, R. Toral and H.S. Wio,
Physical Review E 61, 223 (2000).

123. Anomalous diffusion with absorption: Exact time--dependent solutions through a non extensive thermoestatistical Ansatz,
G. Drazer, H.S. Wio and C. Tsallis,
Phys. Rev. E 61, 1417 (2000).

124. Enhancement of stochastic resonance in distribute systems due to selective coupling,
B. von Haeften, R. Deza and H.S. Wio,
Physical Review Letters 84, 404 (2000).

125. Pattern formation in inhomogeneous active media: A localized bistable domain immersed in an oscillatory medium,
S.Bouzat and H.S. Wio,
Physics Letters A 268 (4-6) 323-329 (2000).

126. An analytical study of stochastic resonance in a monoestable non-harmonic system,
G. Drazer, D. Strier and H.S. Wio,
Physica A 283, 255 (2000).

127. Stochastic Resonance driven by time-modulated Correlated White Noise Sources,
Claudio J. Tessone, Horacio S. Wio and Peter Hänggi,
Physical Review E 62, 4623 (2000).

128. Wenkebach Rhytms in a FitzHugh model with defects,
M. A. Fuentes and H.S. Wio,
Physica A 286, 345 (2000).

129. Trapping dynamics with gated traps: stochastic resonance-like phenomenon,
A.D. Sánchez, J.A. Revelli and H.S. Wio,
Physics Letters A, 277, 304-309 (2000).

130. Anomalous diffusion with absorption: Exact time-dependent solutions,
German Drazer, Horacio S. Wio and Constantino Tsallis,
Granular Matter 3, 105-107 (2001).

131. Effect of a crack on the separation factor of membranes for isotopic separation by gaseous diffusion,
Daniel A. Serrano and Horacio S. Wio,
Granular Matter 3, 137-140 (2001).

132. Enhancement of Stochastic Resonance: The Role of Non Gaussian Noises,
M.Fuentes, R.Toral and H.Wio,
Physica A 295,114-122 (2001).

133. Pattern Dynamics in Inhomogeneous Active Media;
S.Bouzat and Horacio S. Wio,
Physica A 293, 405 (2001).

134. On the Influence of Noise on the Critical and Oscillatory Behavior of a Predator-Prey Model: Stochastic Resonance at the Proper Frequency of the System,
A.F. Rozenfeld, C.J. Tessone, E. Albano and H.S. Wio,
Physics Letters A 280, 45 (2001).

135. Transition from anomalous to normal hysteresis in a system of coupled Brownian motors: a mean field approach,
S.E. Mangioni, R.R. Deza and H.S. Wio,
Physical Review E 63, 041115 (10 pags) (2001).

136. Pattern Dynamics in Bidimensional Oscillatory Media with Bistable Inhomogeneities;
Sebastian Bouzat and Horacio S. Wio,
Physical Review E 63, 056213 (10 pags.) (2001).

137. Experimental Evidence of Stochastic Resonance Without Tuning due to non Gaussian Noises,
F.J. Castro, M.N. Kuperman, M.A. Fuentes and H.S. Wio,
Physical Review E 64, 051105 (2001).

138. Effective Markovian approximation for Non Gaussian Noises: a path integral approach,
M. A. Fuentes, Horacio S. Wio and Raúl Toral,
Physica A 303 91-104 (2002).

139. Pore morphology influence on membranes gas separation process by gaseous diffusion: Effect of cracks,
D.Serrano and H.S.Wio,
in Proc. Conf. Engineering with Membranes, Granada, Spain, June 2001.

140. Stochastic Resonance in Spatially Extended Systems: the Role of Far From Equilibrium Potentials;
Horacio S. Wio, B. Von Haeften and S. Bouzat,
in Proc. 21st IUPAP INTERNATIONAL CONFERENCE ON STATISTICAL PHYSICS, STATPHYS21,
Physica A 306, 140-156 (2002).

141. Disordering effects of color in a system of coupled Brownian motors: phase diagram and anomalous-to-normal hysteresis transition;
H.S. Wio, S.E. Mangioni and R.R. Deza,
in Proc. 7th. Latin American Workshop on Nonlinear Phenomena, Cocoyoc, México,
Physica D 168-169, 184-192 (2002).

142. Effect of Non Gaussian Noises on the Stochastic Resonance-Like Phenomenon in Gated Traps;
H.S. Wio, J.A. Revelli and A.D. Sánchez,
in Proc. 7th. Latin American Workshop on Nonlinear Phenomena, Cocoyoc, México,
Physica D 168-169, 165-170 (2002).

143. Separation factor of membranes used for isotopic separation by gaseous diffusion: pore morphology influence and effect of cracks,
D.A.Serrano and H.S.Wio,
J.of Membrane Science 204, 5-25 (2002).

144. Phase Transitions and Adsorption Isotherm in Multilayer Adsorbates with Lateral Interactions,
Sonia B. Casal, Horacio S. Wio and S. Mangioni,
Physica A 311, 443-457 (2002).

145. Optimization of Brownian Transport in a System of Globally Coupled Phase Oscillators by Means of Colored Noise,
S.E. Mangioni, R.R. Deza and H.S. Wio;
in Instabilities and Non-Equilibrium Structures IX, Eds. O. Descalzi, J. Martinez and S. Rica
(Kluwer, 2004).

146. Competence Among Companies: Coexistence and Extinction,
M.N. Kuperman and Horacio S. Wio,
Physica A 316 (1-4), 592-600 (2002).

147. Influence of boundary conditions on the dynamics of pattern forming systems: the case of oscillatory media;
Sebastián Bouzat and Horacio S. Wio,
Physica A 317 (3/4), 472-486 (2003).

148. On the Role of Non-Gaussian Noises in Noise Induced Phenomena;
H.S. Wio,
in Nonextensive Entropy--Interdisciplinary Applications, M.Gell-Mann and C.Tsallis, Eds.
(Oxford U.P., 2003) (ISBN: 0195159764).

149. Coupling-reentrant Phase Transition, Complex Hysteretic Behavior and Efficiency Optimization in Coupled Phase Oscillators Submitted to Colored Flashing Potentials;
S.E. Mangioni, R.R. Deza and H.S. Wio,
Physical Review E 66, 051106 (2002).

150. Diffusion in Fluctuating Media: First Passage Time,
Jorge A. Revelli, Carlos. E. Budde and Horacio S. Wio,
Phys.Letters A 306, 104-109 (2002).

151. Stochastic Resonance and Generalized Information Measures,
C. J. Tessone, A. Plastino and H. S. Wio,
Physica A 326, 37-54 (2003).

152. Stochastic resonance in Bistable and Excitable Systems: Effect of non Gaussian noises,
M.A. Fuentes, C. Tessone, H.S. Wio and R. Toral,
Fluctuations and Noise Letters 3, L365 (2003).

153. Limit cycle induced by multiplicative noise in a system of coupled Brownian motors,
S.E. Mangioni and H.S. Wio,
Physical Review E 67, 056616 (2003).

154. Bulk Mediated Surface Diffusion: The Infinite System Case,
J.A. Revelli, C.Budde, D.Prato and H.S.Wio,
Eur.Phys.J.B 36, 245-251 (2003).

155. Coupled Brownian Motors: anomalous-to-normal hysteresis transition and noise-induced limit cycle ,
H.S. Wio, and S. Mangioni,
in Noise in Complex Systems and Stochastic Dynamics, L. Schimansky-Geier, D. Abbott, A. Neiman, C. Van den Broeck (Eds.),
Proc. SPIE v. 5114, pg. 193 (2003) (ISBN: 0819449741).

156. Effect of non Gaussian noises sources in a noise induced transition,
H.S. Wio and R. Toral,
in "Anomalous Distributions, Nonlinear Dynamics and Nonextensivity", H. Swineey and C.Tsallis Eds., Proc.
Physica D 193, 161-168 (2004).

157. Bulk Mediated Surface Diffusion: The Finite Bulk Case,
J.A. Revelli, C.E.Budde, D.Prato and H.S.Wio,
Eur.Phys.J. B 37, 205-212 (2004).

158. Stochastic resonance between dissipative structures in a bistable noise-sustained dynamics,
B. von Haeften, G. Izús, S. Mangioni, A. D. Sánchez and H. S. Wio,
Phys. Rev. E 69, 021107 (2004).

159. Diffusion in Fluctuating Media: The Resonant Activation Problem,
J.A. Revelli, C.E. Budde and H.S. Wio,
Physica A 342, 1-8 (2004).

160. Characterization of spatiotemporal chaos in an inhomogeneous active media;
S.Bouzat, H.S. Wio and G.Mindlin,
Physica D 199 (1/2), 185-193 (2004).

161. Stochastic resonance between noise-sustained patterns: local and nonlocal coupling,
B. von Haeften, G.G. Izús, S. Mangioni, A. Sánchez and H.S.Wio,
in Noise in Complex Systems and Stochastic Dynamics, Z. Gingl, J.M. Sancho, L. Schimansky-Geier and J. Kerstez (Eds.),
Proc. SPIE v. 5471, pg. 258-265 (2004) (ISBN: 0819453935).

162. Neighborhood models of minority opinion spreading,
C.J. Tessone, R. Toral, P. Amengual, H.S. Wio and M. San Miguel,
Eur. Phys. J. B 39, 535-544 (2004).

163. Current and efficiency enhancement in Brownian motors driven by non Gaussian noises,
Sebastian Bouzat and Horacio S. Wio,
Eur. Phys. J. B. 41, 97-105 (2004).

164. New aspects on Current enhancement in Brownian motors driven by non Gaussian noises noises,
Sebastian Bouzat and Horacio S. Wio,
Proc. of Conf. New Horizons in Stochastic Complexity, Sevilla, Spain, Sept.15-17, 2004,
Physica A 351 (1), 69-78 (2005).

165. Bulk Mediated Surface Diffusion: Non Markovian Desorption with Finite First Moment,
J.A. Revelli, C.E.Budde, D.Prato and H.S.Wio,
Eur. Phys. J. B 43, 65 (2005).

166. Bulk Mediated Surface Diffusion: Non Markovian Dynamics for the Desorption Process,
J.A. Revelli, C.E.Budde, D.Prato and H.S.Wio, (invited paper)
New Journal of Physics 7, 16 (2005) (http://stacks.iop.org/1367-2630/7/16).

167. Interplay between noise and boundary conditions in Pattern Formation in Adsorbed Substances,
S.E. Mangioni and H.S. Wio,
Phys. Rev. E 71 (5), 056203 (2005).

168. System Size Stochastic Resonance between Dissipative Structures in a Bistable Noise-induced Dynamics,
B. von Haeften, G.G. Izús and H.S.Wio,
Phys. Rev. E 72 (2), 021101 (2005).

169. System Size Stochastic Resonance from the Viewpoint of the Nonequilibrium Potential,
H.S. Wio, Noise and Fluctuations,
Proc. 18th. Inter.Conf. Noise and Fluctuations-ICNF2005, Eds. T.Gonzalez, J.Mateos, D. Pardo,
AIP v.780, 55 (2005) (ISBN 0-7354-0267-1).

170. System Size Stochastic Resonance between Dissipative Structures in a Bistable Noise-induced Dynamics,
B. von Haeften, G.G. Izús and H.S.Wio,
Virtual J. Biol. Phys. Res. 10 (4), August 15 (2005).

171. Bulk Mediated Surface Diffusion: Infinite Biased Dynamics,
J.A. Revelli, C.E.Budde, D.Prato and H.S.Wio, (invited paper)
J. Phys. Cond. Matt. 17, S4175 (2005).

172. Bulk mediated surface diffusion: non Markovian and biased behavior,
J.A. Revelli, C.E.Budde and H.S.Wio,
in COMPLEXUS MUNDI: Emergent Patterns in Nature, Proc.of FRACTAL 2006, Vienna, Austria, Feb. 2006, Ed. M. Novak
(World Scientific, Singapore, 2005) (ISBN: 981-256-666-X) pg. 237.

173. Noise Induced Phenomena and Nonextensivity,
H.S.Wio (invited paper),
Special issue of Europhysics News #6, 197 (Nov-Dec 2005).

174. Emergence of a contrarian-like effect in an opinion spreading model,
M. S. de La Lama, J.M. López and H.S. Wio,
Europhys. Lett. 72, 851 (2005).

175. Contrarian-like behavior and system size stochastic resonance in an opinion spreading model,
H.S. Wio, M.S. de la Lama and J.M. López,
9th. Latin American Workshop on Nonlinear Phenomena, San Carlos de Bariloche, Argentina, October 2005, Eds. M.Kuperman and P. Gleiser
Physica A 371, 108-111 (2006).

176. Stochastic Resonance: influence of a f ^-k noise spectrum,
M.A. Fuentes and H.S.Wio,
Europ. Phys. J. B 52, 249 (2006).

177. Van Kampen's expansion approach in an opinion formation model,
M.S. de la Lama, I.G. Szendro, J.R. Iglesias and H.S. Wio,
Eur. Phys. J. B 51 435-442 (2006).

178. Stochastic Resonance in an Extended FitzHugh-Nagumo System: The role of Selective Coupling,
C. Tessone and H.S. Wio,
Physica A 374, 46-54 (2007).

179. Optimal Range of a Non-Local Kernel for Stochastic Resonancein Extended Systems,
B. von Haeften and H.S. Wio,
Physica A 376, 199 (2007).

180. Intermittent random walks for an optimal search strategy: One-dimensional case,
G. Oshanin, H.S. Wio, K. Lindenberg and S.F. Burlatsky,
J.Phys. Cond. Mat. 19, 065142 (2007).

181. Bulk mediated surface diffusion: return probability in an infinite system,
J.A. Revelli, C.E. Budde and H.S. Wio, (Invited),
J.Phys. Cond. Mat. 19, 065127 (2007).

182. Aspects of stochastic resonance in reaction--diffusion systems: The nonequilibrium-potential approach,
H.S. Wio and R.R. Deza, (Invited),
Europ.Phys.J-Special Topics 146, 111 (2007).

183. Noise-induced phase transitions: effects of the noises' statistics and spectrum,
R.R. Deza, H.S. Wio and M.A. Fuentes,
Nonequilibrium Statistical Mechanics and Nonlinear Physics, Proc. MEDYFINOL06, O.Descalzi, O.Rosso and H.Larrondo, Eds.,
AIP Conf.Proc. 913, 62 (2007).

184. Effects of the Noises' Statistics and Spectrum on Noise-Induced Phase Transitions,
R.R. Deza, M.A. Fuentes and H.S. Wio, Proc. ICNF-2007, Tokyo, AIP Conf.Proc., M. Nakao, Ed. (in press).

185. Resonant phenomena in extended chaotic systems subject to external noise: the Lorenz'96 model case,
J.A.Revelli, M.A. Rodriguez and H.S. Wio,
Physica A 387, 3103-3110 (2008).

186. Noise effects in extended chaotic system: study of the Lorenz'96 model,
J. A. Revelli, M. A. Rodriguez and H. S. Wio (Invited),
in: Progress in Statistical Mechanics Research, special volume Chap. 10 (Nova Science Pub., NY, 2008)

187. ERRATUM: Van Kampen's expansion approach in an opinion formation model,
(Eur. Phys. J. B 51 435-442 (2006))
M.S. de la Lama, I.G. Szendro, J.R. Iglesias and H.S. Wio,
Eur. Phys. J. B 58 221 (2007).

188. A random walker on a ratchet potential: Effect of a non Gaussian noise,
S.E. Mangioni and H.S. Wio,
Europ. Phys. J. B. 61, 67-73 (2008)

189. Resonant phenomena in extended chaotic systems subject to external noise: the Lorenz'96 model case,
J. A. Revelli, M. A. Rodriguez and H. S. Wio,
Physica A 387, 3103-3110 (2008).

190. Variational formulation for the KPZ and related kinetic equations,
H.S. Wio,
Proc. X Latin American Workshop on Nonlinear Phenomena LAWNP'07, M.Clerc, O.Descalzi, R.Soto & P.Coullet, Eds.,
Int. J. Bif. Chaos 19 (8) 2813 (2009)

191. Stochastic Resonance in Extended Systems: An Overview of Recent Results for Systems with and without Nonequilibrium Potential,
H.S. Wio, J.A. Revelli, M.A. Rodriguez, R.R. Deza and G.G Izús,
Europ. Phys. J. B 69, 71-80 (2009), Proc. Stoch. Resonance 2008, L.Gammaitoni, P.Hänggi, P.Jung, F.Marchesoni, Eds..

192. Optimal Intermittent Search Strategies,
F. Rojo, C.E. Budde and H.S. Wio,
J. Phys. A: Math. Theor. 42, 125002 (2009).

193. Fluctuation theorems from nonequilibrium Onsager--Machlup theory for a Brownian particle in a time-dependent harmonic potential,
G.G. Izús, R.R. Deza and H.S. Wio,
Proc. SigmaPhi, Centre Europ. Phys. J. 7, 472-478 (2009).

194. Efficient search by optimized intermittent random walks,
G. Oshanin, K. Lindenberg, H.S. Wio and S. Burlatsky,
J.Phys. A-Cond-Mat., Special Issue 42, 125002 (2009).

195. Interplay between chaos and external noise in an extended system: improved forecasting due to intrinsic stochastic resonant phenomena,
J.A. Revelli, M.A. Rodriguez and H.S. Wio,
Int. J. Bif. Chaos 20 (2) (2010, in press), Proc. MEDYFINOL-2008.

196. KPZ equation: Galilean-invariance violation, Consistency, and fluctuation--dissipation issues in real-space discretization,
H.S. Wio, J.A. Revelli, R.R. Deza, C.Escudero and M.S. de La Lama,
Europhys. Lett. 89, 40008 (2010).

197. The use of Rank Histograms and MVL Diagrams to characterize ensemble evolution in weather forecasting,
J.A. Revelli, M.A. Rodriguez and H.S. Wio,
accepted in Adv.Atmospheric Sciences (2010), doi: 10.1007/s00376-010-9153-9.

198. Optimal Intermittent Search Strategies: Smelling the Prey,
J.A. Revelli, F. Rojo, C.E. Budde and H.S. Wio,
J. Phys. A 43, 195001 (2010).

199. Discretization-related issues in the KPZ equation: Consistency, Galilean-invariance violation, and fluctuation--dissipation relation,
H.S. Wio, J.A. Revelli, R.R. Deza, C.Escudero and M.S. de La Lama,
Phys. Rev. E 81, 066706 (2010).

200. Influence of the coupling mechanism on the stochastic resonance response in extended systems,
Horacio S. Wio,
J.Phys.-Conf.Proc. 246, 012026 (2010)

201. Recent developments on the KPZ surface-growth equation,
H.S. Wio, C. Escudero, J.A. Revelli, R.R. Deza and M.S. de la Lama,
Phil. Trans. Royal Soc. A (invited to special issue) 369, 396-411 (2011).

202. Stochastic Resonance Between Counterpropagating Walls in a Neighborhood of a Nonequilibrium Ising-Bloch Bifurcation,
M.G. dell'Erba, G.G. Izús, R.R. Deza and H.S. Wio,
Topical Issue on Instabilities and Non-equilibrium Structures XII - Europ. Phys. J. D 62, 103-108 (2011), DOI: 10.1140/epjd/e2010-00269-2

203. Brownian motors: Entanglement between non-Gaussian noise and time asymmetric forcing,
R.Krishnan and H.S. Wio,
Physica A. 389, 5563-5572 (2010)

204. Nonequilibrium Free Energy-Like Functional for the KPZ Equation,
H.S. Wio,
arXiv:0907.3934.

205. Intermittent search strategies revisited: effect of the jump length and biased motion,
F. Rojo, J. Revelli, C.E. Budde, H.S. Wio, G. Oshanin and K. Lindenberg,
J. Phys. A 43, 345001 (2010)

206. On the role of Galilean invariance in KPZ,
H.S. Wio, J.A. Revelli, R.R. Deza, C. Escudero and M.S. de la Lama,
Nonequilibrium Statistical Physics Today: Proc. 11th Granada Seminar on Computational and Statistical Physics (La Herradura), P. Garrido & J. Marro, F. de los Santos, Eds., AIP Conf.Proc. 1332, (2011) pgs.195

207. Stochastic Resonance Between Counterpropagating Bloch Walls,
M.G. dell'Erba, G.G. Izús, R.R. Deza and H.S. Wio,
Nonequilibrium Statistical Physics Today: Proc. 11th Granada Seminar on Computational and Statistical Physics (La Herradura), P. Garrido & J. Marro, F. de los Santos, Eds., AIP Conf.Proc. 1332, (2011) pgs.214

208. Stochastic Resonance in a Realistic Model for Surface Adsorption,
J.A. Sierra and H.S. Wio,
New trends in Modern Statistical Mechanics: Proc. 3th Sigma Phi Conf. (Larnaca, Cyprus), Guest Editors G. Kaniadakis, A.M. Scarfone, F. Seno, Central European Journal of Physics, special issue (in press)

209. Non Local Effects in the Sznajd Model: Stochastic resonance aspects,
M. C. Gimenez, J. A. Revelli and H.S. Wio,
Complex Systems (in press).

210. Interplay between social debate and propaganda in an opinion formation model,
M. C. Gimenez, J. A. Revelli, M. S. de la Lama, J.M. Lópes and H.S. Wio,
Physica A 392, 278 (2013).

211. Narrow-escape-time problem: the imperfect trapping case,
F. Rojo, H.S. Wio and C. Budde,
Physical Rev. E 86, 031105 (2012).

212. Wide-spectrum energy harvesting out of colored Lévy-like fluctuations, by monostable piezoelectric transducers,
J.I. Deza, R.R. Deza, H.S. Wio,
Europhys.Lett. 100, 38001 (2012).

213. Path integral approach to fractional Lévy motion,
H.S. Wio,
Journal Physics A 46, 115005 (2013).

214. Enhanced transport through desorption-mediated diffusion,
F. Rojo, C.E. Budde Jr., H.S. Wio, and C.E. Budde,
Phys. Rev. E 87, 012115 (2013).

215. Crossover-time estimation by means of path integrals in KPZ dynamics,
H.S.Wio, R.R. Deza, J.A. Revelli and C. Escudero,
J. of Appl. Comput. & Ind. Math. 4, (2013).

216. A handy source for investigation on non-Gaussian noise-induced effects, and selected applications,
H.S. Wio, R.R. Deza, J.I. Deza and J.I. Peña Roselló,
J. of Appl. Comput. & Ind. Math. 4 (2013).

217. A novel approach to KPZ dynamics,
H.S.Wio, R.R. Deza, J.A. Revelli and C. Escudero,
Acta Phys. Polonica B, 44, (5) (2013).

218. Coupled Brownian motors: the entropic mechanism,
H.S.Wio,
Proc.ICNF2013, IEEE Conf.Pub. (2013) DOI 10.1109/ICNF.2013.6578909.

219. Wide-spectrum energy harvesting out of colored Lévy-like fluctuations: single and coupled monostable systems,
J.I. Deza, R.R. Deza and H.S. Wio,
Proc. NANOENERGY 2013, NANOENERGY Lett. 6, 29 (2013).

220. Energy harvesting from noise,
J.I. Peña Roselló, R.R. Deza, H.S. Wio and G.F. Murias,
Ann. AFA 24, 132-133 (2013).

221. Sharp fronts in attracting-adatom monolayers: A novel free-energy-like description in the small interaction-range limit,
G.G. Izús, R,R. Deza & H.S. Wio,
Europ.Phys.J-Sp-Topics, 223, 167-175 (2014).

222. Invited Review: KPZ Recent developments via a variational formulation,
H.S.Wio, R.R. Deza, C. Escudero & J.A. Revelli,
Papers in Physics 5, 050010 (2014).

223. Piezoelectric energy harvesting from colored fat-tailed fluctuations: An electronic analogy,
J.I. Peña Roselló, R.R. Deza, J.I. Deza, H.S.Wio,
Proc. XIII LAWNP (submited).

224. Coupled Brownian motors through an entropic mechanism,
H.S.Wio,
Proc. XIII LAWNP (submited).

225. On stochastic spatial patterns and neuronal polarity,
S.A. Menchón & H.S.Wio,
Europ.Phys.J.B 87 (8), 184 (2014).

226. Energy harvesting from supra-Gaussian fluctuations by piezoelectric method, using monostable square-well oscillators: Electronic analogy,
J.I. Peña Roselló, J.I. Deza, H.S. Wio, and R.R. Deza,
Ann. AFA 25, 68-70 (2014).

227. Piezoelectric energy harvesting from colored fat-tailed fluctuations: An electronic analogy,
J.I. Peña Roselló, R.R. Deza, J.I. Deza & H.S. Wio,
Papers in Physics 7, 070014 (2015).

228. Harvesting energy from fat-tail random vibrations,
J.I. Peña Roselló, M.G. dell'Erba, R.R. Deza, J.I. Deza, and H.S. Wio,
J. of Appl. & Comp. & Ind. Math. 5, 301-304 (2015).

229. Enhancing energy harvesting by coupling monostable oscillators,
J.I. Peña Roselló, R.R. Deza, H.S. Wio & P. Hänggi,
Europ.Phys.J.B 90, 34 (2017).

230. d-dimensional KPZ equation as a stochastic gradient flow in an evolving landscape: interpretation, parameter dependence, and asymptotic form,
H. S. Wio, M. A. Rodriguez, R. Gallego, J. A. Revelli, A. Ales & R. R. Deza,
Frontiers in Physics 4:52 (2017)(doi: 10.3389/fphy.2016.00052 ).

231. Slow waves of seed propagation induced by delayed dispersion,
L.D.Kazimierski, M.N.Kuperman, H.S.Wio & G.Abramson,
Theoretical Populations Biology 436, 1-7 (2018).

232. Coupled Brownian motors,
J.I.Peña Roselló, R.R.Deza, H.S.Wio,
Europ.Phys.J.B 91,103 (2018).

233. Modulated class-A laser: Stochastic resonance in a limit-cycle potential system,
C. Mayol, R. Toral & H.S.Wio,
Europ.Phys.J.B 91, 114 (2018).

234. A nonequilibrium-potential approach to competition in neural populations,
R.R.Deza, J.I.Deza, N.Martínez, J.F.Mejías & H.S.Wio,
Frontiers in Physics 6, 154 (2018) (doi: 10.3389/fphy.2018.00154).

235. Stochastic entropies and fluctuation theorems for a generic 1D KPZ system,
M.A. Rodriguez & H.S. Wio,
Phys. Rev.E 100, 032111 (2019).

236. Toward Noise-Controlled Multipurpose Logic Gates,
J.I.Peña Roselló, R.R.Deza & H.S.Wio,
MACI, (2019).

237. Fluctuation theorems for the undriven Duffing oscillator,
J.I. Deza, J.I. Peña Roselló, M.E. Giuliano, R.R. Deza & H.S. Wio,
submitted (2019).

238. Fluctuation theorems and large-deviation functions in systems not featuring a steady state,
H.S. Wio, R.R. Deza & J.A. Revelli
JSTAT P024009 (2020), Proc. STATPHYS 2019.

239. Variational Approach to KPZ: Fluctuation Theorems and Large Deviation Function for Entropy Production,
H.S. Wio, M.A. Rodriguez & R. Gallego
CHAOS, 30:073107 (2020).

240. Stochastic entropies and fluctuation theorems for a generic 1D KPZ system: internal and external dynamics,
M.A. Rodriguez, R. Gallego & H.S. Wio
Europhysics Letters, 146:58005 (2021) https://doi.org/10.1209/0295-5075/ac0df9. (Material Auxiliar)

241. Editorial: The Fluctuation-Dissipation theorem today,
Ewa Gudowska-Nowak, Fernando A. Oliveira, Horacio Sergio Wio
Frontiers in Physics 10:859799 (2022), doi: 10.3389/fphy.2022.859799.

242. The Nonequilibrium Potential Today: a short review,
H.S. Wio, J.I. Deza, A.D. Sanchez, R. García-García, R. Gallego, J.A. Revelli & R.R. Deza
Chaos, Solitons and Fractals (2022).