MAGMAV

Mathematical Approaches to General Models, and Applications to Volcanoes

BOOK OF ABSTRACTS

  1. Giuseppe  Alì: On a van Roosbroeck-Helmholtz model for a semiconductor laser diode.
  2. Giulia Elena  Aliffi : Ballistic Electron Transport Described by Higher-Order Schr¨odinger equations.
  3. Fabio  Bagarello: Balanced (non-Hermitian) Hamiltonians and applications.
  4. Roberto  Beneduci: Fuzziness Across Classical and Quantum Frameworks: Łukasiewicz versus Quantum Observables.
  5. Ivana  Bochicchio: Heat transfer at nanoscale and boundary conditions.
  6. Simone  Bonfiglio: Mathematical Modelling of Hemodynamics.
  7. Norbert  Euler: On Sequences of Nonlinear Evolution Equations.
  8. Marianna  Euler: Fully-Nonlinear Symmetry-Integrable Evolution Equations and the Schwarzian Derivative .
  9. Francesco  Gargano: Turing Mechanisms in a Multimode Quantum System.
  10. Jean Pierre  Gazeau: The Geometry of Qubit Decoherence: Linear vs. Nonlinear Dynamics in the Bloch Ball.
  11. Domenico  Giordano: Fluid statics of a perfect-gas isothermal sphere with general relativity.
  12. Pasquale  Giovine: An Extended Continuum Theory for Granular Micromechanics: Influence of Microstructural Parameters.
  13. Cataldo  Godano: Magma Ascent through Heat Propagation Buoyancy and Thermal Loss in the Lithosphere.
  14. Guglielmo  Inferrera: Bifurcation Analysis and Turing Pattern Formation in a Crimo-Taxis model with Cross-Diffusion.
  15. Giovanni  Macedonio: Beyond Saint-Venant: A critical review of physical models for lava flow simulation and the advantages of viscous-limit diffusion approaches.
  16. Paolo  Maremonti: The motion of a rigid-body in a viscous fluid: uniqueness of strong solutions.
  17. Paolo Maria  Mariano: Kinematics comes first.
  18. Giovanni  Mascali: Stochastic models for wildfire spread.
  19. Carmelo Filippo  Munafò: The birth of a volcano: A nonlinear convective model for rock melting at the asthenosphere—Lithosphere boundary.
  20. Orazio  Muscato: Electron decoherence in a semiconductor due to electron-phonon scattering.
  21. Giovanni  Nastasi: Modeling and simulation of graphene-based electronic devices through the Boltzmann transport equation.
  22. Christina  Papenfuss: On Analytical and Numerical Solutions of the Folgar–Tucker Equation and Model Refinements.
  23. Vittorio  Romano: MATHEMATICAL CHALLENGES IN CHARGE TRANSPORT WITHIN LOW DIMENSIONAL MATERIALS .
  24. Giuseppe  Saccomandi: On Variations of the Magma Equation.
  25. Lidia  Saluto: Hydrodynamics of superfluid helium with superfluid entropy.
  26. Michele  Sciacca: Which model for superfluid helium?.
  27. Emanuele  Sgroi: Automatic Computation of Optimal Systems of Lie Subalgebras.
  28. Peter  Van: Dissipative momentum: an experimental study.
  29. Raffaele  Vitolo: Phased array antenna beamforming through numerical solution of the Optimal Transport problem.