Photo © Luis E. F. Foà Torres 2023

During the event, the HYDROTRONICS consortium contributed with several lectures and talks, e.g. about Electronic hydrodynamics and Topologically Enabled Superconductivity.

On 22 March, the consortium also organized a Diversity in Science session at the Conference. This session, led by Veronika Stangier (KIT) and Charles Steward (KIT), promoted the discussion of diversity in Science among the event attendees.

The complete programme of the event can be found here.

About Conference and Advanced School on Low-Dimensional Quantum Systems: Low-dimensional quantum systems continue to be an exciting area of research. The frontiers have been continuously pushed forward by fabricating novel materials and developing experimental techniques that provide a gateway for exploring new physics. Examples of such new endeavors include hydrodynamic phenomena in interacting electron systems in ultra-pure materials; driven quantum systems, where strong light-matter interactions can lead to novel states of matter; generation and control of entangled states in low-dimensional devices; emergent correlated phases in novel low-dimensional materials and structures (e.g., twisted graphene).

The main goal of this event was to nurture collaborations and exchange of knowledge among researchers, advanced students and postdocs of different continents and subfields.

The activities highlighted recent progress in this area in topics including, but not limited to:

• Electronic hydrodynamics
• Driven/dissipative systems and light-matter interaction
• Low-dimensional devices and disorder
• Topological systems
• Emergent phases in novel materials