• Antofagasta 1520, Arica, Chile
  • 582230334
  • contacto@iai.cl
  • Dr. Mauro Bologna

    Grado Académico: Ph.D.
    Especialidad: Física
    Línea Investigación: Mecánica estadística, Física-Matemática Magnetohidrodinámica

    PUBLICACIONES

    2016
    1. Bologna M, Chandia KJ, Flores JC: A non-linear mathematical model for a three species ecosystem: Hippos in Lake Edward. J Theoretical Biol 389: 83-87, 2016.

    2. Piccinini N, Lambert D, West BJ, Bologna M, and Grigolini P: Nonergodic complexity management. Physical Review E 93(6): 062301, 2016.

    2015
    1. Beig MT, Svenkeson A, Bologna M, West BJ, Grigolini P: Critical Slowing Down in Complex Networks Generating Temporal Criticality. Phys Rev E 91: 012907, 2015.

    2. Bologna M, Beig MT, Svenkeson A, Grigolini P, West BJ: Spectral Decomposition of a Fokker-Planck Equation at Criticality. J Stat Phys 160: 466, 2015.

    3. Bologna M, Marracci M, Michelletti R, Schneider R, Tellini B: Resonant Shield Concept as Alternative Solution in Railguns. IEEE Trans on Plasma Science 43: 1628, 2015.

    4. Bologna M, Svenkeson A, West BJ, Grigolini P: Diffusion in heterogeneous media: An iterative scheme for finding approximate solutions to fractional differential equations with time-dependent coefficients. J Computat Phys 293: 297, 2015.

    2014
    1. M. Bologna, M. Marracci, R. Micheletti, M. Schneider y B. Tellini 2014. Resonant shield concept as alternative solution in railguns. EML 2014 – 17th International Symposium on Electromagnetic Launch Technology.

    2. M. Bologna, A. Svenkeson, B. West y P. Grigolini 2014. Diffusion in heterogeneous media: An iterative scheme for finding approximate solutions to fractional differential equations with time-dependent coefficients. Journal of Computational Physics.

    3. M. Bologna y B. Tellini 2014. Analytical estimation of the scale of earth-like planetary magnetic fields. Earth, Moon, and Planets 113:99-107.

    4. H. Calisto, K. Chandia y M. Bologna 2014. Effects of a fluctuating carrying capacity on the generalized Malthus-Verhulst model. Advances in Mathematical Physics ID 597012.

    5. M. Bologna y G. Aquino 2014. Weakly driven anomalous diffusion in non-ergodic regime: an analytical solution. European Physical Journal B 87(1):15.

    2013
    1. P. Pramukkul, A. Svenkeson, P. Grigolini, M. Bologna y B. West 2013. Complexity and fractional calculus. Advances in Mathematical Physics. ID 498789.

    2. Flores y M. Bologna 2013. Troy: A simple nonlinear mathematical perspective. Physica a-Statistical Mechanics and Its Applications 392(19):4683-4687.

    3. K. Chandia, B. Tellini y M. Bologna 2013. Stochastic quantum inductive circuit with discrete Charge. IEEE Transactions on Nanotechnology 12(1):96-100.

    4. M. Bologna y G. Aquino 2013. Weakly driven anomalous diffusion in non-ergodic regime: an analytical solution. Euro Physics Journal B.

    5. Bologna, B. West y P. Grigolini 2013. Renewal and memory origin of anomalous diffusion: a discussion of their joint action. Physical Review E 88:062106

    2012
    1. Tellini y M. Bologna Remarks on the measurement of static permittivity through a classical description, PIER C, 33: 95-108.

    2. A. Svenkeson, M. Bologna y P. Grigolini Linear response at criticality. Physical Review E 86(4-1): 1-10

    2011
    1. G. Aquino, M. Bologna, B. J. West and P. Grigolini (2011) Transmission of information between complex networks: 1/f-resonance. Physical Review E 83(5):051130.

    2. J. C. Flores, M. Bologna y D. Urzagasti (2011) A Mathematical model for the Andean Tiwanaku civilization collapse: Climate variations. Journal of Theoretical Biology 291:29-32.

    3. Bologna, Y. Ahat, B. J. West y P. Grigolini (2011) Can intermittent long-range jumps of a random walker compensate for lethargy? Journal of Physics A: Mathematical and Theoretical 44(15):152003

    4. Bologna y H. Calisto (2011) Effects on generalized growth models driven by a non-poissonian dichotomic noise. European Physical Journal B 83(3):409-414.

    ACTIVIDADES

    2016
    2015
    1. Independent Editor of Chaos Soliton and Fractals (Elsevier Publisher).
    2. Revisor para las siguientes revistas científicas
      • Chaos Soliton
      • Fractals
      • Fundamenta Informatica
    3. Envio de Proyecto Fondecyt regular (Investigador Principal)
    4. Envio de Proyecto Fondecyt regular (Co-investigador)
    5. Julio- Agosto, Septiembre-Diciembre. Profesor visitante en Universidad de Pisa, Italia.
    6. Bologna M: Navier-Stokes. Charla para alumnos de III de Ingeniería, Universidad de Pisa, Italia.
    2014
    1. Invitado para la Universidad de Pisa (Julio – Agosto, Noviembre – Diciembre) para una estadía de investigación experimental sobre hidrodinamica magnetica.
    2. Referee de International Journals.
    3. Postulación Fondecyt Regular 2014.
    4. Associated Editor of Chaos Soliton and Fractals (Elsevier Publisher).
    2013
    1. Nombrado Associated Editor de Chaos, Solitons & Fractals
    2. Nombrado “One of the most value dreviewers of Chaos, Solitons & Fractals”.
    2012
    1. Ganador del premio: “Excellence in Reviewing” para la revista Chaos Soliton and Fractals
    2. Evaluador para las siguientes revistas científicas:
      • Chaos Soliton and Fractals.
      • Physica A: Statistical and its Applications.
    2011

    SUBSIDIOS Y BECAS INTERNACIONALES

    2016
    2015
    2014
    2013
    2012
    2011

    PRESENTACIONES

    2016
    2015
    2014
    1. M. Bologna Effects of a fluctuating carrying capacity on the generalized Malthus-Verhulst model. Trabajo presentado en Jornadas Andinas de Dinamica No-Lineal y Arqueo-Mat III, 22 a 24 octubre 2014, Arica

    2013
    2012
    2011

    PROYECTOS

    2016
    2015
    1. Titulo: Analytical Approach to the solution of Differential Equations
      Tipo: Otros proyectos (UTA Mayor)
      Investigador Responsable: Mauro Bologna
      Co-investigador: Kristopher J. Chandía
      Proyecto Nº:
      Duracion:
      Inicio y Termino: Marzo 2015 – Marzo 2016
    2. Titulo: Nonlinear Models Applied to Archeological Problems
      Tipo:
      Investigador Responsable: Juan Cesar Flores Araya
      Co-investigador: Mauro Bologna
      Proyecto Nº: 1120344
      Duracion: 3 años
      Inicio y Termino: Marzo 2012 a Marzo 2015
    2014
    1. Titulo: Nonlinear Models Applied to Archeological Problems
      Tipo:
      Investigador Responsable: Juan Cesar Flores Araya
      Co-investigador: Mauro Bologna
      Proyecto Nº: 1120344
      Duracion: 3 años
      Inicio y Termino: Marzo 2012 a Marzo 2015
    2013
    1. Titulo: Nonlinear Models Applied to Archeological Problems
      Tipo:
      Investigador Responsable: Juan Cesar Flores Araya
      Co-investigador: Mauro Bologna
      Proyecto Nº: 1120344
      Duracion: 3 años
      Inicio y Termino: Marzo 2012 a Marzo 2015
    2012
    1. Titulo: Stochastic Resonance in Linear Systems and Seasonal Effect on Generalized Growth Models Driven by a Non-Poissonian Dicotomic Noise
      Tipo: Fondecyt
      Investigador Responsable: Mauro Bologna
      Co-investigador: Héctor David Calisto Pérez
      Proyecto Nº: 1110231
      Duracion: 3 años
      Inicio y Termino: Marzo 2011 a Marzo 2014
    2. Titulo: Nonlinear Models Applied to Archeological Problems
      Tipo:
      Investigador Responsable: Juan Cesar Flores Araya
      Co-investigador: Mauro Bologna
      Proyecto Nº: 1120344
      Duracion: 3 años
      Inicio y Termino: Marzo 2012 a Marzo 2015
    2011
    Alumnos en Práctica
    Tesistas