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The research group is slowly coming into existence!

Our group at UZH Physik-Institut in Zurich is hiring! We have open positions in cond-mat theory, focusing on topological matter and metamaterials, which can be started between Oct 2023 and Apr 2024. More info: 2x PhD: physik.uzh.ch/dam/jcr:209b0b… 1x Postdoc: physik.uzh.ch/dam/jcr:1e41c1…

Super excited that this just got real!

Exciting news: Our newly formed research group is seeking a PhD candidate! Envisioned starting date: Nov '23 - Apr '24. Applications are evaluated on a rolling basis starting in mid-September. Learn more and apply: physik.uzh.ch/en/department/…

Join me in welcoming Zoltán Guba as a new PhD student in our group at UZH Physik-Institut ! Zoltán will investigate robustness and fingerprints of refined topological invariants beyond TQC/symmetry indicators. Have a great start, Zoli! I am looking forward to our collaboration!

Excited that Wolfram community moderators came across the code for our Nature Communications work on electric-circuit simulation of hyperbolic space — and featured it as a "staff pick"! Check out the cool figures!😎 community.wolfram.com/groups/-/m/t/3… Original work: nature.com/articles/s4146…

👀 Have you noticed!? We are warming up to our 2024: an amazing line up of confirmed speakers and ⏰ an open registration! 📓 All of this and more on our website tms-dipc.org

Fantastic news! Our former PhD student Patrick Lenggenhager (now postdoctoral fellow at MPI-PKS Dresden working with Marin Bukov ) will receive the ETH Medal for his "outstanding doctoral thesis". This recognition is absolutely well deserved. Congratulations, Patrick!👏

The Wolfram community moderators asked us to write a short blog about our HyperBloch package for computing spectra of hyperbolic lattices. You can read it here! community.wolfram.com/groups/-/m/t/3… See also our Getting Started guide patrick-lenggenhager.github.io/software/2024/… Thx to Patrick for writing both!

Very happy that Dr. Askar Iliasov has joined our group as a postdoc! He will investigate topological phases of matter in crystals and in non-Euclidean geometries. Looking forward to our collaborations, Askar!

Cool new work on "Simulating holographic conformal field theories on hyperbolic lattices" using electric-circuit networks! Congrats to the teams in Edmonton and Würzburg on their very interesting paper! Arxiv: arxiv.org/abs/2404.03062

Congratulations Zoltán Guba on your first publication! 👏

Can the second Chern number be realized in a two-dimensional plane? Yes, it can - you just need to curve the plane! Our work on "Hyperbolic Non-Abelian Semimetal" about a 2D nodal semimetal stabilized by second Chern number just appeared in Physical Review Letters. journals.aps.org/prl/abstract/1…