Obergurgl
2026
Conference Program
Please find the program and the book of abstracts as of Feb 19 below.
Extended Abstracts: If an extended abstract is available you can find it as a PDF below. The IDs correspond to the IDs mentioned in the book of abstracts.
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Talks Monday, 23 February
| Eugene Polzik: Entanglement enhanced sensors of fields and forces | |
| Gerhard Rempe: Loss tolerance for photons | |
| Roman Schnabel: Discovery of entanglement generation by elastic collision to realise the original Einstein-Podolsky-Rosen thought experiment | |
| Tanja Mehlstäubler: Precision Spectroscopy and Search for New Physics with Yb+ Ions | |
| Raphael Holzinger: Multichannel Dicke Superradiance | |
| Marko Cetina: Scaling Up Quantum Simulation Using Ion Chains | 612 |
| Klemens Hammerer: Tailored States for Optical Atomic Clocks | |
| Tim Langen: Precision measurements and many-body physics with laser-cooled molecules | |
| Xi-Wen Guan: Yang-Gaudin model: From Spin-Charge Separation to Luther-Emery liquid |
Talks Tuesday, 24 February
| Yu-Ao Chen: Quantum Simulation with Ultracold Atoms | 539 |
| Matthias Troyer: Utility Scale Quantum Computing | |
| Uros Delic: Light scattering and collective motion in tweezer arrays of polarizable objects | |
| Silke Buehler-Paschen: Entanglement in quantum materials | 587 |
| Eden Figueroa: Simultaneous entanglement distribution across a five-node, 275 km, deployed quantum network. | 545 |
| Stefan Gerlich: High-Mass Matter-Wave Interference of Metal Clusters and Biomolecules | 543 |
| Aashish Clerk: Reconfigurable many-body entanglement in cavity QED via collective dissipation and local driving | |
| Hannes Bernien: Dual-species quantum processors and quantum networks | |
| Anna Bychek: Nanoscale Mirrorless Superradiant Lasing | 511 |
Talks Wednesday, 25 February
| Susanne Yelin: New directions with cooperative atomic arrays | |
| Akira Furusawa: Optical Quantum Computers with Quantum Teleportation | 569 |
| Sandra Brandstetter: From Surface to Bulk: Cooper Pairing in a Mesoscopic Fermi Gas | |
| Igor Ferrier-Barbut: Collective light matter interactions in free-space atomic ensembles | |
| Alessandro Zenesini: False Vacuum, Hot Bubbles and other Ferromagnetic Stories | 546 |
| Gorka Muñoz-Gil: Exploring unknown regimes in quantum simulators with interpertable AI | 547 |
Talks Thursday, 26 February
| Mikhail Lukin: Exploring quantum computing frontier with neutral atom system | |
| Immanuel Bloch: Quantum Simulations with Ultracold Atoms in and Out-of-Equilibrium | |
| Nadine Meyer: Cooling of an Optically Levitated Nanoparticle via Measurement-Free Coherent Feedback | |
| Giovanna Morigi: Does noise help a (quantum) search? | |
| Barry Sanders: Quditology | |
| Hendrik Poulsen Nautrup: Necessary and Sufficient Conditions for Universality with Local Quantum Control | |
| Robin Kaiser: Engineering atomic energy levels for mescoscopic atom-light interactions | |
| Michael Buchhold: Monitored Quantum Matter | |
| Corina Kollath: Controlling the dynamics of cold atomic gases via the coupling to a dissipative cavity |
Talks Friday, 27 February
| Tim Schröder: Diamond nanophotonic light-matter interfaces for quantum networking | |
| Yuta Matsumoto: Semiconductor Spin Shuttling for High-Speed Quantum Gates and Reconfigurable Connectivity | 531 |
| Philipp Haslinger: Spin Resonance Spectroscopy with Free Electrons | |
| Kjeld Beeks: Building a solid-state thorium nuclear clock | |
| Sebastian Blatt: No Title | |
| Francesco Cesa: Fast and Error-Correctable Quantum RAM | 621 |
| JING ZHANG: Quantized vortex in an atomic Bose-Einstein condensate at Dirac point for honeycomb lattice | 563 |
| Efi Shahmoon: Interplay between collective and individual dissipation in driven quantum systems | |
| Wenzel Kersten: Self-Induced Superradiant Masing |
Posters
| Alejandro Andrés Juanes: Entangling remote qubits through a two-mode squeezed reservoir | 609 |
| Isobel Bicket: Experimental Demonstration of Electron-Photon Entanglement | 583 |
| Damien Bloch: An atomic array with strong cavity coupling | |
| Matthias Bock: Programmable quantum simulator with 2D ion crystals | 566 |
| Sergei Bogdanov: Ghost Imaging with Free Electron-Photon Pairs | 592 |
| Jana Liu Bonet Fernández: Dual-Species Atom Array Quantum Processors | |
| Pietro Borchia: Non-reciprocal dynamics in exactly solvable interacting open system | 529 |
| Anne-Solène Bornens: Universal dynamics of 3D Bose gases near the superfluid transition in the collective scattering regime | 614 |
| Sandra Brandstetter: Disorder suppression with a pulsed laser | 599 |
| Marius Burgath: Optimal Quantum States for Frequency Estimation Limited by Spontaneous Emission | 599 |
| Andrew Byun: Error correction for Rydberg blockade-based maximum weighted independent set embedding | 558 |
| Federica Cataldini: Damping of phonons in one-dimensional Bose gases | 598 |
| Martin Fasser: Benchmarking the Cumulant Expansion Method using Dicke Superradiance | |
| Miriam Gerharz: De-excitation dynamics of a nuclear ensemble after strong impulsive excitation | 601 |
| Karol Gietka: Anti-Critical Metrology | |
| Lena M. Hansen: Strong three-photon correlations from coupled quantum emitters | 605 |
| Clara Henke: Directional emission from waveguide-coupled quantum dots with individual control | |
| Johannes Kerber: Selective Preparation of Collective States via SUPER Excitation | 541 |
| Aleksei Konovalov: Dipolar interaction in optically dense media: internal atomic structure matters | 548 |
| Johannes Krondorfer: Optical Hyperfine Qudit Gates in Trapped Atoms | 551 |
| Daniel Kun: Violating Bell’s Inequality with Single-Photon Entangled States using Self-Referential Measurements | 522 |
| Louis Lafforgue: Towards strongly interacting many-body states of dipolar spin mixtures in optical lattices. | 584 |
| Kyuhwan Lee: Density-wave ordering of unitary Fermi gases loaded in a box trap | |
| Miriam Leonhardt: Effect of Coupling Geometries on the Multi-mode, Open Dicke Model | 571 |
| Daniel Malz: Gaussian tomography in cold-atom simulators | |
| Barna Mendei: Photon number states via iterated photon addition in a loop | 618 |
| Laurin Ostermann: My Poster's Title | 509 |
| Arpita Pal: Bio-inspired Nanoscale Stacked Ring Geometry for Efficient Excitation Transfer | 520 |
| Jonah Peter: Chiral superfluorescence from perovskite superlattices at room-temperature | 568 |
| Adi Pick: Towards Scalable Adiabatic Quantum Algorithms for MIS | 600 |
| Cosimo Rusconi: Motion in Subwavelength Atomic Arrays: Polaron-Polaritons | 573 |
| Marco Schmauser: Parallel cryogenic setups for scalable quantum computation with surface ion traps | |
| Jörg Schmiedmayer: What can we know about a Quantum Many-Body System? | |
| Philipp Schüttelkopf: Characterising transport in a quantum gas by measuring Drude weights | |
| Isaac Smith: Machine learning using Gaussian Continuous Variable Quantum Optical Systems | |
| Vineesha Srivastava: Entanglement-enhanced quantum sensing via optimal global control with neutral atoms in cavity | 611 |
| Jürgen Volz: Extracting pairs of time-bin entangled photons from resonance fluorescence | |
| Lucas Winter: Restoring thermalization in long-range quantum magnets with staggered magnetic fields | 538 |
| Yi Zeng: Realization of Fractional Fermi Seas | |
| Artem Zhdanov: Programmable quantum simulator with 2D ion crystals | 582 |
| Aleksandra Ziolkowska: Dissipative Realisation of $\eta$-Pairing in Multimode Cavity QED | 552 |
| Paulin de Schoulepnikoff: Interpretable representation learning of quantum data | 585 |
| Jonas von Milczewski: Directional quantum scattering transducer in cooperative Rydberg metasurfaces | 572 |