Program


8.45 - 9.00  Opening

9.00 - 10.30  Session 1

9.00  Thomas Simon (University of Lille), Some convexity properties of the Mittag-Leffler function. Abstract

9.40  Gianni Pagnini (BCAM & Ikerbasque), Mellin definition of the fractional Laplacian. Abstract

10.05  Roberto Garrappa (University of Bari), A new variable-order approach to fractional calculus. Abstract

10.30 - 10.45  Break

10.45 - 12.40  Session 2

10.45  Kei Kobayashi (Fordham University), Small-time asymptotic behavior of the spectral heat content for time-changed Brownian motions. Abstract

11.25  Mirko D'Ovidio (Sapienza University of Rome), Fractional boundary value problems. Abstract

11.50  Fausto Colantoni (Sapienza University of Rome), New results for Gamma subordinator, its inverse and related time-changed processes. Abstract

12.15  Francesco Iafrate (Sapienza University of Rome), Path dynamics of time-changed Lévy processes: a martingale approach. Abstract

12.40 - 14.30  Lunch

14.30 - 16.10  Session 3

14.30  Juan Luis Gonzalez-Santander Martinez (University of Oviedo), A note on the Lambert W function Bernstein and Stieltjes properties. Abstract

14.55  Pavan Pranjivan Mehta (SISSA, International School of Advanced Studies), Nonlocal turbulence modeling by developing a fractional stress-strain relationship for Reynolds-averaged Navier-Stokes Equations. Abstract

15.20  Giacomo Ascione (University of Naples Federico II, Scuola Superiore Meridionale), Spectral methods in generalized fractional calculus and time-changed processes: an overview. Abstract

15.45  Alessandra Meoli (University of Salerno), On some (time-changed) shock models. Abstract

16.10- 16.30  Break

16.30 - 17.45  Session 4

16.30  Federico Polito (Univerity of Turin), Dynamic random graphs with power-law waiting times. Abstract

16.55  Claudio Macci (University of Rome, Tor Vergata), Non-central moderate deviations for compound fractional Poisson processes. Abstract

17.20  Lorenzo Cristofaro (Sapienza University of Rome), H-analysis: a class of non-Gaussian measures. Abstract