This paper presents both a recursive scheme to perform Geometric Algebra operations over
a prefix tree, and Garamon, a C++ library generator implementing these recursive …

Particle-based simulations running on large highperformance computing systems over many
time steps can generate an enormous amount of particle-and field-based data for post …

Geometric algebra (GA) is a promising approach to address interoperability bottlenecks that
are particularly prominent in the big data era. Similar to how GA unites and simplifies …

Geometric algebra (GA) is a formalism capable of describing all fields of physics with
elegance, simplifying mathematics and providing new physical insights. Due to the …

The intention of our paper is to provide a pedagogical application of geometric algebra to a
particularly well-investigated system: We formulate the geometric and dynamical properties …

Parallel computational scientific applications have been described by their computation and
communication patterns. From a storage and I/O perspective, these applications can also be …

Numerical simulations of astrophysical processes and subsequent predictions are an
important complement to observational astronomy. With increasing computational …

Abstract The concept of Gravitational Waves was first predicted by Albert Einstein in 1916 as
a result of his Theory of General Relativity. They are disruptions or “ripples” in the space time …

Both Geometric Algebra (GA) and Differential Geometry (DG) distinguish among different
kinds of vectors of the same dimensionality, leading to a higher expressiveness of algebraic …

The concept of a visualization pipeline is central to many applications providing scientific
visualization. In practical usage scenarios, when the pipelines fuse multiple datasets and …