Mainz 2026 – scientific programme
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Q: Fachverband Quantenoptik und Photonik
Q 42: Poster – Ultracold Matter (joint session Q/A)
Wednesday, March 4, 2026, 17:00–19:00, Philo 2. OG
Bosons; Fermions; Rydberg Systems; Experimental Methods
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17:00 | Q 42.1 | Pattern coarsening in dipolar quantum gases — •Andreea-Maria Oros, Wyatt Kirkby, Lauriane Chomaz, and Thomas Gasenzer |
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17:00 | Q 42.2 | Stability analysis of a holographic superfluid — •Martin Zboron, Gregor Bals, Carlo Ewerz, and Thomas Gasenzer |
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17:00 | Q 42.3 | Universal scaling and emergent symmetries in a spin-1 Bose gas far from equilibrium — •Ido Siovitz, Anna-Maria E. Glück, Yannick Deller, Helmut Strobel, Markus K. Oberthaler, and Thomas Gasenzer |
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17:00 | Q 42.4 | Universal dynamics of 3D Bose gases near the superfluid transition in the collective-scattering regime — •Anne-Solène Bornens, Elisabeth Gliott, and Nicolas Cherroret |
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17:00 | Q 42.5 | The Slox Trap: Absorptive Boundaries for Infinitely Extended Physics — •Nikolas Liebster, Jelte Duchene, Elinor Kath, Hanyi Jang, Helmut Strobel, and Markus Oberthaler |
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17:00 | Q 42.6 | Dynamics of trapped dipolar Bose gases at BEC-quantum droplet crossover — •Denis Mujo, Ivana Vasić, Milan Radonić, and Axel Pelster |
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17:00 | Q 42.7 | Supersolid from first principles with Complex Langevin. — •Luca Falzoni, Philipp Heinen, and Thomas Gasenzer |
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17:00 | Q 42.8 | Phase diagrams for dipolar interacting quantum gases — •Robin Ruediger Krill, Jan Alexander Koziol, Anja Langheld, Calvin Krämer, Giovanna Morigi, and Kai Phillip Schmidt |
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17:00 | Q 42.9 | Sine-Gordon solitons in a spinor Bose-Einstein condensate — •Florian Schmitt, Ido Siovitz, Yannick Deller, Alexander Schmutz, Raphael Schäfer, Alexander Flamm, Helmut Strobel, Markus K. Oberthaler, and Thomas Gasenzer |
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17:00 | Q 42.10 | Topological properties of lattice solitons in the two-dimensional Harper-Hofstadter model — •Hugo Gerlitz, Julius Bohm, and Michael Fleischhauer |
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17:00 | Q 42.11 | Observation and detection of crystal phases with variable structures in dipolar quantum gases — •Jianshun Gao, Karthik Chandrashekara, Christian Gölzhäuser, Lily Platt, Julian Kusch, Rémy Dolbeault, and Lauriane Chomaz |
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17:00 | Q 42.12 | Theoretical analysis of the mitigation of Floquet heating with multi-tone drives in a Hubbard lattice — •Carlotta Koroll and •Francesco Petiziol |
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17:00 | Q 42.13 | Quantum gas microscopy of exotic Hubbard systems — •Philip Kämmle, Jan Deppe, Liyu Liu, Jirayu Mongkolkiattichai, Davis Garwood, Jin Yang, and Peter Schauss |
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17:00 | Q 42.14 | Developing a quantum gas microscope with programmable lattices — •Saumya Shah, Constanze Vogel, Sarah Waddington, Isabelle Safa, Rodrigo Rosa-Medina, and Julian Léonard |
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17:00 | Q 42.15 | Programmable State Preparation of Ultracold Fermions Using Optical Tweezer Arrays — •Francesco Testi, Marcus Culemann, Jin Zhang, Naman Jain, and Philipp Preiss |
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17:00 | Q 42.16 | Experimental realization of quantum Hall states with few rotating fermions — •Paul Hill, Johannes Reiter, Maciej Galka, and Selim Jochim |
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17:00 | Q 42.17 | Phases of Matter in Few Fermions with Dipolar Interactions — •Tim Pohlmann, Ximeng Song, Paula Seyfert, Lennart Naeve, Lennart Hoenen, Philipp Lunt, and Lauriane Chomaz |
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17:00 | Q 42.18 | Shielding of ultracold Lithium-6 — •Finn Lubenau, Daniel Dux, Tim Schiffer, Tobias Hammel, Maximilian Kaiser, Matthias Weidemüller, and Selim Jochim |
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17:00 | Q 42.19 | Upgrades for the modular quantum gas platform — •Tim Schiffer, Tobias Hammel, Daniel Dux, Finn Lubenau, Maximilian Kaiser, Matthias Weidemüller, and Selim Jochim |
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17:00 | Q 42.20 | Design and Optimization of a Zeeman Slower for Ultracold Fermionic Dysprosium Experiments — •Ximeng Song, Paula Seyfert, Tim Pohlmann, Lennart Naeve, Lennart Hoenen, Philipp Lunt, and Lauriane Chomaz |
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17:00 | Q 42.21 | Hybrid analog-digital quantum simulation with a quantum gas microscope — •Dorothee Tell, Si Wang, Petar Bojović, Johannes Obermeyer, Marnix Barendregt, Immanuel Bloch, and Titus Franz |
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17:00 | Q 42.22 | Towards Fermionic Systems with Dipolar Interactions — •Paula Seyfert, Tim Pohlmann, Ximeng Song, Lennart Naeve, Lennart Hoenen, Philipp Lunt, and Lauriane Chomaz |
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17:00 | Q 42.23 | Individual cooler and repumper power stabilisation for counting 6Li-atoms — •Armin Mirzaei Kian, Johannes Reiter, Paul Hill, Maciej Galka, and Selim Jochim |
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17:00 | Q 42.24 | Experimental setup for trapping ultracold atoms near 4K solid state samples — •Valerie Leu, Julia Gamper, Cedric Wind, Wolfgang Alt, and Sebastian Hofferberth |
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17:00 | Q 42.25 | Stabilizing a continuous family of quantum many-body scarred states in the PXP model using periodic driving — •Stefan Malijević and Ana Hudomal |
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17:00 | Q 42.26 | Imaging transverse interactions between Rydberg polaritons — •Daniil Svirskiy, Bankim Chandra Das, Matthias Metternich, Enrico Huland, Benedikt Beck, Nina Stiesdal, Wolfgang Alt, Ofer Firstenberg, and Sebastian Hofferberth |
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17:00 | Q 42.27 | Nonlinear Quantum Optics and Rydberg Molecules in Ultracold Ytterbium — •Anthea Nitsch, Chris George, Tangi Legrand, Milena Simić, Eduardo Uruñela, Xin Wang, Wolfgang Alt, Matthew Eiles, and Sebastian Hofferberth |
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17:00 | Q 42.28 | Long-Range Enhanced Robust Quantum State Transfer in Topological Rydberg Models — •Siri Raupach, Mathias B. M. Svendsen, and Beatriz Olmos |
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17:00 | Q 42.29 | Effects of spin-phonon coupling on Rydberg facilitation in a lattice — •Benno Bock, Daniel Brady, and Michael Fleischhauer |
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17:00 | Q 42.30 | Active magnetic field stabilization for a dipolar quantum gas experiment — •Tim Jeglortz, Paul Uerlings, Fiona Hellstern, Kevin Ng, Michael Wischert, Stephan Welte, Ralf Klemt, and Tilman Pfau |
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17:00 | Q 42.31 | Velocity field extraction from ultracold gases using bragg scattering — •hanyi jang, elinor kath, jelte duchene, helmut strobel, and markus k. oberthaler |
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17:00 | Q 42.32 | Towards an optical lattice for lithium-6 at 841 nm — Christian Partes and •Magnus Rusch |