Deutsche Physikerinnentagung 2026

Session

Scientific Session X (Invited talk Anja Metelmann)

30 Sept 2026, 10:10

Room 260 (Building 46)

Conveners

Scientific Session X (Invited talk Anja Metelmann)

• Viviane Bauer

112. Dissipation as a Powerful Resource in Engineered Quantum Systems

Anja Metelmann (KIT)

30/09/2026, 10:10

Quantum Information & Computing

Invited Talk

Engineered quantum systems provide unprecedented opportunities to design, control, and explore quantum phenomena. Platforms such as superconducting circuits and optomechanical systems offer remarkable flexibility in tailoring interactions between electromagnetic and mechanical degrees of freedom, opening new avenues for quantum technologies as well as for fundamental studies of quantum...

6. Deep Neural Networks for generating Path Integral Monte Carlo Configurations

Zarah Aigner

30/09/2026, 10:40

Computational Physics

Contributed Talk

Path Integral Monte Carlo (PIMC) is an exact and powerful framework to describe nuclear quantum mechanical properties of different systems with complex electronic structures at finite temperatures. However, those computations come with a slow convergence rate, also a high variance strongly impacts the accuracy of computed observables.

To overcome those challenges, we introduced a generative...

26. Learning microstructure in active matter

Writu Dasgupta (TU Darmstadt)

30/09/2026, 11:00

Computational Physics

Contributed Talk

Understanding the full parameter dependence of microscopic structure
in active matter remains a central challenge, particularly for strong activity
and high density, where simulations become increasingly expensive. Here,
we present a data-driven approach that learns radial and angular correla-
tions in terms of the pair-correlation function g$(r,\theta)$ of passive and active
Brownian...

56. Is Device-Independent Certification of Multipartite States Composable Secure?

Lina Vandré (neQxt, TU Wien)

30/09/2026, 11:20

Quantum Information & Computing

Contributed Talk

The goal of quantum key distribution is to establish a secure key between two or more parties. Depending on the exact task, different protocols are available. In the context of multiple parties, for example, we can distribute a common secret key among all participating parties [1]. Another task is to anonymously distribute a key between a subset of parties [2]. Both examples require...