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Measuring physical observables with the highest precision possible has become a prime objective in fields ranging from gravitational wave detection to bio-imaging.
A key quantity for analyzing the information extraction in experiments is the Fisher information, which has become an important tool for optimizing experimental designs.
In my research I analyze how Fisher information is conserved during physical processes, providing tools to visualize and optimize the propagation of information and giving deeper insights into the nature of information.

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Multi-Particle Cooling

Quantum and high precision experiments require highly isolated systems with suppressed environmental noise.
In Levitated optomechanics this is achieved by trapping nano- to micrometer sized spheres in high vacuum and cooling their motion to achieve precise localization.
In my research I focus on a novel Multi-particle cooling scheme based on identifying and applying shaped wavefronts, which counteract the particle motion.

Andreas Dieberger-Peter Skalicky-Scholarships

By Jakob Hüpfl / 2025-12-01

I am very happy and grateful to have been awarded the Andreas Dieberger–Peter Skalicky Stipendium from TU Wien to support my research on information theory and the micromanipulation of complex systems.

More information can be found here: Andreas Dieberger-Peter Skalicky-Stipendien: Förderung für exzellente Nachwuchsforschung | TU Wien