Scientific program and abstracts

The final scientific program of the Workshop is available here.

Titles and authors of the contributions are listed in alphabetical order according to the names of the presenting authors (in boldface type). Abstracts are obtained by clicking on the titles.

• A. Alonso, E. Bertolazzi, R. Ghiloni, R. Specogna
  The linking number magic
  
• G. Bertotti, C. Serpico, I. Mayergoyz
  Probabilistic aspects of magnetization relaxation in nanomagnets
  
• P. Bettini, R. Specogna
  Fast electromagnetic analyses in fusion devices by complementary formulations
  
• A. Bossavit
  Revisiting forces
  
• R. Kotiuga, J. Bregains
  On the Concept of Electromagnetic Inertia and its Application to Antenna Near-Field Minimization Problems
  
• L. Dal Negro
  Materials and fields at the nanoscale: design and engineering of photonic-plasmonic resonant interactions
  
• A. Di Carlo
  The boundary of (multi-)vector fields
  
• R. Benedetti, R. Frigerio, R. Ghiloni
  The topology of Helmholtz domains
  
• A. Bermúdez, D. Gómez, M. Piñeiro, P. Salgado
  Nonlinear transient magnetic problems involving periodic potential drops excitations
  
• M. Klimek, S. Schäaps, T. Weiland
  Space-Time Discretization of Maxwell's Equations in the Setting of Geometric Algebra
  
• P.R. Kotiuga
  Applications of Topological Information Implicit in 3-D Finite Element Meshes: Readily Computable but not by the Linear Structure of Cohomology Theory
  
• S. Kurz
  Green's double forms for the Hodge-Laplacian on Riemannian manifolds with constant curvature: a case-study in two-dimensions
  
• I. Mayergoyz
  On Numerical Solution of Boundary Integral Equations with Singular Kernels
  
• A. Paganini, S. Sargheini
  Shape calculus in nano optics
  
• D. Pavlov, M. Desbrun
  Structure-preserving discretization of continuum theories
  
• A. Sacconi
  An Unfitted Finite Element Method for the Approximation of Void Electromigration
  
• L. Scarabosio
  Deterministic uncertainty quantification in NanoOptics
  
• M. Seslija
  Discrete Exterior Calculus Approach to Discretization of Port-Hamiltonian Systems
  
• P. Souzangar
  On the Efficient Modeling of SNOM Tip Configurations in Nano-Optics
  
• R. Specogna
  Was it worth the effort to insist on geometric formulations?
  
• E. Tonti
  Computational physics without starting from the differential equations
  
• A. Buffa, G. Sangalli, R. Vázquez
  Discrete differential forms based on T-splines
  
• A. Visintin
  Ferromagnetic Hysteresis