Ole Sönnerborn

Ole Sönnerborn is a Lecturer in Mathematics at Karlstad University, focusing on the intersection of topology, geometry, and quantum mechanics. His research explores quantum systems with topological/geometric origins, including holonomy, geometric phases, quantum speed limits, and quantum information theory. He teaches advanced mathematics courses for engineering and mathematics education programs.

Key research areas include:

• Quantum holonomy and its applications in computation
• Time constraints for quantum processes (quantum speed limits)
• Self-testing quantum systems and Bell inequality violations
• Geometric uncertainty principles
• Symmetric informationally complete measurements (SICs)

Recent work (2023-2025) emphasizes iso-holonomic inequalities, tight quantum speed limits, and non-adiabatic holonomic computation. Over 20 peer-reviewed articles span topics from quantum control to topological systems.

Teaching responsibilities include:

• Mathematics for Engineers I/II
• Mathematical relationships in single-variable calculus
• Discrete Mathematics and Algebraic Structures
• Linear Algebra II

Supervises bachelor/master thesis projects in mathematical physics and quantum theory. No awards explicitly listed in provided materials.