... alles, was mit Mathematik und ihren vielfältigen Anwendungsmöglichkeiten in den Natur-, Ingenieur- und Wirtschaftswissenschaften verbunden ist.
I enjoy applying mathematics to real-world problems arising from practical domains such as electrical engineering, automation, finance and markets, as well as economics more broadly.
One of the most meaningful and rewarding aspects of my work is inspiring students and others to become genuinely excited about mathematics.
Geometric Supersymmetry explores the deep and subtle connections between differential geometry and supersymmetry. Within this framework, representation theory and spin geometry emerge as fundamental mathematical pillars, shaping the structure and understanding of supersymmetric theories.
I am particularly interested in the rich interplay between (pseudo)-Riemannian geometry, geometric analysis, and combinatorics, as well as in structures arising in geometric algebras, supermanifold theory, and their roles in modern theoretical physics - including Yang-Mills theory, supergravity, string theory, and deformation quantization
... arbeiten in der Industrie und Wirtschaft, im Bereich Dienstleitungen und an Schulen und Hochschulen
Geometric analysis of AC circuits
Geometric analysis of AC circuits
Applied data smoothing
Optimization of production processes
Calculation and optimization of trend signals
Applied algebraic problems,
Geometric analysis of AC circuits
Static calculations in warehouse logistics
Approximation of water rocket dynamics,
Geometric and analytic aspects of
touching curves
Approximation of water rocket dynamics,
Geometric and analytic aspects of
touching curves
Introductory number theory,
Mathematics formulary with applications
Introductory number theory
Mathematics formulary with applications
Applied data smoothing
Joint work with T. Günther, S. Hano, C. Schickert, F.-G. Schürmann
Joint work with C. Reineke