Insights into quantum many body systems through Hamiltonian reconstruction -- talk at the Hamburg CUI conference 2022
Short summary of my thesis work at the MCQST conference 2022
Tackling old problems with new tools: frum frustration to pairing -- talk at Perimeter Institute, Oct 2022
Getting the most out of your measurements -- talk at Perimeter Institute Feb 2022
Strong pairing in bilayer antiferromagnetic Mott insulators -- Quantum Theory Seminar at Cornell University, Oct 2021
3 minute summary of my thesis -- Quantum Future Award Pitch 2021 (my pitch starts at 43:59)
Quantum gas microscopy & machine learning -- invited talk at QTML, Nov 2020
Probing dynamics in quantum simulators -- Quantum Chaos seminar series, Oct 2020
3 minute popular summary of my thesis work -- Friedrich Hirzebruch Promotionspreis 2022 by the Studienstiftung des deutschen Volkes
Cover story for the Harvard Physics Newsletter 2019 on our work on finding string patterns in the doped Hubbard model
“Wie künstliche Intelligenz QuantenphysikerInnen hilft” (“How artificial intelligence helps quantum physicists”) -- Popular Science Lecture at StreetScience, Streetlife Festival Munich
Press release on our work on using machine learning to determine which theory describes the experiment best (see also here) (jointly written with A. Battenberg and M. Knap)
“Insights into quantum many-body systems through Hamiltonian reconstruction” -- invited talk at the CUI conference on machine learning & science, Hamburg 2022
“A new perspective on pairing in quantum antiferromagnets” -- invited talk at the GRS on quantum science, Stonehill College 2022
“Active learning for quantum state tomography & some new results on pairing in the t-J model” -- invited talk at the GRC on correlated electron systems, Holyokee College 2022
"Strong pairing in bilayer antiferromagnetic Mott insulators" -- invited talk at APS DAMOP 2022
"One, two, many holes: new insights into the doped Fermi-Hubbard model" -- APS DAMOP, Deborah Jin Award for Outstanding Thesis Research in AMO Research Session, May 2022
"Spectroscopic probes for doped quantum magnets - new directions" -- invited talk at APS March Meeting 2022
"New insights into the Fermi-Hubbard model in and out-of equilibrium" -- DPG Symposium SAMOP Dissertation Prize 2022
"Tackling quantum many-body problems with artificial intelligence" -- IAS Symposium, Technical University Munich, Jan 2022
"Strong pairing in mixed dimensional bilayer antiferromagnetic Mott insulators" -- Hamburg Theoretical Physics Symposium, Nov 2021
"Quantum gas microscopy and machine learning" -- Quantum Techniques in Machine Learning, Nov 2020
"String patterns and machine learning: Probing the Fermi-Hubbard model with cold atoms" -- APS DAMOP, Jun 2020
"Classifying snapshots of the doped Fermi-Hubbard model with machine learning" -- APS March Meeting, Mar 2020
"New probes of the Fermi-Hubbard model" -- Korrelationstage Dresden, Sept 2019
"Interplay of spin and charge: stripes, pairing and frustration" -- Oxford University, England, Nov 2022
"Tackling quantum many-body problems with (artificial) intelligence -- ETH Zürich, Oct 2022
"Tackling old problems with new tools: from frustration to pairing in strongly correlated many body systems” -- Perimeter Institute, Oct 2022
"Active and machine learning for quantum data" -- Pritzker School of Molecular Engineering, UChicago, May 2022
"Getting the most out of your measurements: neural networks and active learning" -- Electrical and Computer Engineering Seminar, Princeton University, Mar 2022
"Getting the most out of your measurements: neural networks and active learning" -- Condensed matter theory & machine learning seminar, Perimeter Institute, Feb 2022
"Tackling quantum many-body problems with (artificial) intelligence -- Condensed Matter Seminar, Princeton University, Feb 2022
"Dynamical probes of strongly correlated quantum many-body systems" -- Special Seminar, Universität Regensburg, Jan 2022
"Tackling quantum many-body problems with (artificial) intelligence" -- Physics Colloquium, Chicago, Jan 2022
"Strong pairing in mixed dimensional bilayer antiferromagnetic Mott insulators" -- Vishwanath group seminar, Harvard, Dec 2021
"Dynamics of a single hole in a quantum antiferromagnet" -- Hafezi group seminar, Maryland/JQI, Dec 2021
"Parton dynamics and Regge trajectories of rotational meson states in strongly correlated quantum systems" -- Special seminar, University of Warsaw, April 2021
"Higher order correlations in doped quantum antiferromagnets" -- Cirac group seminar, MPQ, March 2021
"Rotational resonances and Regge trajectories in lightly doped antiferromagnets" -- Sachdev group seminar, Harvard, Feb 2021
"Hole dynamics and ARPES spectra in quantum antiferromagnets" -- Demler group seminar, Harvard, Nov 2019
"Probing the Fermi-Hubbard model with ultracold atoms: equilibrium and dynamics" -- Condensed matter theory seminar, LMU München, Oct 2019