Paolo Paradisi

External Scientific Member

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Information of interest

  • Morning naps architecture and mentation recall complexity 

    Sebastiani, L.; Barcaro, U.; Paradisi, P.Autoridad BCAM; Frumento, P.; Faraguna, U. (2023)
    Mentation reports were collected after spontaneous awakenings from morning naps in 18 healthy participants, and associations between sleep stages duration and complexity of recalled mentation were investigated. Participants ...
  • A hypothesis about parallelism vs. seriality in dreams 

    Barcaro, U.; Paradisi, P.Autoridad BCAM; Sebastiani, L. (2019-10-10)
    The current article discusses the hypothesis about parallelism vs. Seriality in dreams. The process of dream building implies the construction of a complex network of closely interrelated sources. On the other hand, the ...
  • Gaussian processes in complex media: new vistas on anomalous diffusion 

    Di Tullio, F.; Paradisi, P.Autoridad BCAM; Spigler, R.; Pagnini, G.Autoridad BCAM (2019-09)
    Normal or Brownian diffusion is historically identified by the linear growth in time of the variance and by a Gaussian shape of the displacement distribution. Processes departing from the at least one of the above conditions ...
  • Finite-energy Lévy-type motion through heterogeneous ensemble of Brownian particles 

    Sliusarenko, O.Autoridad BCAM; Vitali, S.Autoridad BCAM; Sposini, V.; Paradisi, P.Autoridad BCAM; Chechkin, A.V.; Castellani, G.; Pagnini, G.Autoridad BCAM (2019-02-01)
    Complex systems are known to display anomalous diffusion, whose signature is a space/time scaling $x \sim t^\delta$ with $\delta \neq 1/2$ in the probability density function (PDF). Anomalous diffusion can emerge jointly ...
  • Langevin equation in complex media and anomalous diffusion 

    Vitali, S.Autoridad BCAM; Sposini, V.; Sliusarenko, O.Autoridad BCAM; Paradisi, P.Autoridad BCAM; Castellani, G.; Pagnini, G.Autoridad BCAM (2018-07-30)
    The problem of biological motion is a very intriguing and topical issue. Many efforts are being focused on the development of novel modelling approaches for the description of anomalous diffusion in biological systems, such ...
  • Fractional kinetics emerging from ergodicity breaking in random media 

    Molina-Garcia, D.; Minh Pham, T.; Paradisi, P.Autoridad BCAM; Manzo, C.; Pagnini, G.Autoridad BCAM (2016)
    We present a modelling approach for diffusion in a complex medium characterized by a random lengthscale. The resulting stochastic process shows subdiffusion with a behavior in qualitative agreement with single particle ...

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