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SYCQ: Symposium Correlated Quantum Matter – From Cold Atoms to the Solid State

SYCQ 1: Correlated Quantum Matter – From Cold Atoms to the Solid State

Dienstag, 9. September 2025, 10:45–12:45, ZHG008

Correlated quantum matter displays some of the most intriguing phenomena - from strange metallicity and quantum spin liquid behavior to topological order - that escape our understanding. Massive or long-range entanglement might be a common characteristic of the underlying states but the verification is challenging, in particular in condensed matter systems. New approaches inspired by quantum information have the potential to boost progress. This symposium will bring together experts from the fields of ultracold atoms, mesoscopic systems, and quantum materials, to stimulate cross-talk between the communities, generate new ideas, and contribute to establishing a new field at the junction between correlated matter and quantum information.

	10:45	SYCQ 1.1	Hauptvortrag: New synthetic quantum systems with ultracold fermions in optical lattices — •Leonardo Fallani
	11:15	SYCQ 1.2	Hauptvortrag: Realization of Andreev-molecules — •Szabolcs Csonka
	11:45	SYCQ 1.3	Hauptvortrag: Giant transverse magnetic fluctuations at high fields in UTe2 — •Kimberly Modic, Valeska Zambra, Amit Nathwani, and Brad Ramshaw
	12:15	SYCQ 1.4	Hauptvortrag: Emerging platforms to answer basic theoretical questions about correlated quantum matter — •Joel Moore