electrodynamics@aquante.ch
From the molecules of life to the latest communications and measurement technologies - our world is built and depends on electromagnetic fields.
For the prosperous future - intuitive understanding of all phenomena electrodynamic is vital - engineers and scientists need new, intuitive tools.
key words: computational electrodynamics, finite element method, discontinuous Galerkin, integral equation methods, frequency domain, time domain, eigenmode analysis, mesh generation via solid modeling kernel, distributed memory sparse linear solver, iterative Krylov subspace linear solver, geometry optimization via solid modeling kernel
Calculating, analysing, controlling and literally molding the optimal flow of electromagnetic fields are the single most important challenges to unlock the potential of tomorrow's technology. With our intuitive codes you will profit in practical applications.
These codes focus on intuitive use and will eventually integrate the latest artificial intelligence assisted methods to give the engineer and the scientist a tool into their hands to change the world.
We are keen to work with you on selected electrodynamics problems on a case by case study.
Ready to tune in?
Inquiries: electrodynamics@aquante.ch
We revolutionise methods and use of computational electrodynamic solver codes to address the challenges of modern civilisation.
The nucleus company computational electrodynamics - dr. benedikt oswald has deep experience and expertise in the implementation of ultra-large-scale computational electrodynamics solver codes, including the efficient use of massively parallel supercomputers, and is currently developing a new generation of computational electromagnetics codes and their user environment.