Science & Career Talk on 29 September 2025 by Prof. Dr. Vlasta Sikimić Artikel vom 27. August 2025


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Seminar on 18 March 2026 at 12:15: Diverse integrin-mediated cell–matrix adhesions and a unifying model for their regulation by microtubules

You are warmly invited to a seminar on mechanobiology taking place on March 18 at 12:15 at the Geo- and Environmental Center (GUZ).

Speaker: Alexander (Sasha) Bershadsky (National University of Singapore; Weizmann Institute of Science)
Title: “Diverse integrin-mediated cell–matrix adhesions and a unifying model for their regulation by microtubules”
Lab page: 
https://www.mbi.nus.edu.sg/alexander-bershadsky/; Wiki page: https://en.wikipedia.org/wiki/Alexander_Bershadsky 

Host: Nisha Mohd Rafiq (IFIB, University of Tübingen)

Location:
Hörsaal (3M07)
Geo- and Environmental Center (GUZ)
Schnarrenbergstraße 94–96
72076 Tübingen

Meet the speaker
Sasha is also open for personal meetings. If you would like to meet him, please send a short message to nisha.mohd-rafiq@uni-tuebingen.de and she will try to arrange it according to his schedule.

Everyone is cordially invited.

This seminar is part of the GRK2381 seminar series.

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Science & Career Talk with Dr. Maria-José (Pepa) Martínez-Pérez on 22 July 2025 at 13:00

Title: Van der Waals magnonic cavities

Superconducting resonators are essential to solid-state quantum technologies, enabling key functions like qubit readout and signal amplification. Coplanar LC resonators, in particular, offer strong qubit-photon coupling due to their low losses and compact size. However, their size cannot be scaled down to the nanoscale, limiting the ability to reach stronger coupling regimes needed for studying new physics and advancing spin qubit applications. Achieving such strong coupling with current superconducting circuits remains nearly out of reach today.

In this talk, I introduce VdW-QED - a radically new platform that leverages magnonic resonators made from van der Waals (vdW) antiferromagnetic insulators for cavity quantum electrodynamics (QED) experiments with spin qubits. I will demonstrate our first key achievement: the experimental observation of strong magnon-spin coupling between CrSBr, which serves as the magnonic cavity, and GdW10, which forms the solid-state spin ensemble. By detecting an anticrossing and identifying signatures of dark states, we quantitatively confirm that the coupling is coherent and exhibits well-defined symmetries. These findings open the door to using CrSBr and similar layered materials as magnonic cavities in hybrid quantum systems, offering exciting prospects for both fundamental physics and applied device research.

The talk will be in English.

When: 22 July 2025 at 13:00

Where: D4A19, D-Bau, Auf der Morgenstelle 14

More information: https://uni-tuebingen.de/en/221946

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