Talks

Invited Seminars

  • 2025
    QuSoft Seminar, University of Amsterdam, Amsterdam, The Netherlands
    • Reducing the Circuit Footprint for Noise-Resilient Quantum Chemistry
  • 2025
    Dresden Center for Intelligent Materials Seminar, TU Dresden, Dresden, Germany
    • Bridging Classical, Quantum and Machine Learning: New Avenues to Studying Complex Quantum Materials
  • 2025
    World of Quantum Fair, Munich, Germany
    • Quantum-enhanced High-Performance Computing for the Green Energy Transition
  • 2025
    Center for Scalable Data Analytics and Artificial Intelligence (ScaDS.AI) General Assembly, Dresden, Germany
    • Machine Learning for Quantum Simulation and Quantum Computing
  • 2025
    Research Center for Quantum Physics, National Research and Innovation Agency of Indonesia
    • Reducing the Circuit Footprint for Noise-Resilient Quantum Chemistry
  • 2025
    TU Dresden, Theoretical Chemistry Seminar, Dresden, Germany
    • High-performance and Quantum Computing for Strongly Correlated Molecular Problems
  • 2025
    Quantinuum Seminar, Cambridge, UK
    • Reducing the Circuit Footprint for Noise-Resilient Quantum Chemistry via Transcorrelation and Adaptive Ans¨atze
    • Slides
  • 2025
    CASUS Institute Talk, Görlitz, Germany
    • High-performance and Quantum Computing for Strongly Correlated Problems
    • Slides
  • 2024
    CASUS Science Day 2024, Görlitz, Germany
    • AI 4 Quantum -- Machine Learning for Quantum Simulation and Quantum Computing
    • Slides
  • 2024
    Fraunhofer IAO -- QuantumBW Colloquium, Stuttgart, Germany
    • Quantum Computing Meets Quantum Chemistry: A Potential New Era of Simulation and Study
    • Slides
    • Video
  • 2023
    Algorithmiq Ltd., Helsinki, Finland
    • Reducing necessary quantum hardware resources with explicitly correlated methods
    • Slides
  • 2022
    Max Planck Institute for Solid State Research, Stuttgart, Germany
    • Reducing the computational footprint on quantum hardware by a correlated wavefunction Ansatz
  • 2021
    IBM Research Zürich, Rüschlikon, Switzerland
    • Reducing the computational footprint on quantum hardware by a correlated wavefunction Ansatz
    • Slides
  • 2020
    Sorbonne Universités, Laboratoire de Chimie Theorique, Paris, France
    • Non-unitary similarity transformation of the electronic Schrödinger equation via Gutzwiller and Jastrow factorization
    • Slides
  • 2020
    King's College, Department of Physics, London, UK
    • Non-unitary similarity transformation of the electronic Schrödinger equation via Gutzwiller and Jastrow factorization
    • Slides
  • 2019
    Vienna University of Technology, Department of Physics, Vienna, Austria
    • Non-unitary similarity transformation of the electronic Schrödinger equation via Gutzwiller and Jastrow factorization
    • Slides

Conference Talks

  • 2025
    Invited Talk: Quantum Information Technology Norway, Simula Research Laboratory, Oslo, Norway
    • Quantum Computing for Quantum Chemistry
  • 2025
    Invited Talk: Towards Sustainable Exploration of Chemical Spaces with Machine Learning Workshop, Dresden, Germany
    • Quantum and Machine-Learning Approaches for Strongly Correlated Quantum Materials
  • 2025
    Invited Talk: Building Bridges Conference, Latest Findings in Artificial Intelligence, Dresden, Germany
    • Quantum, Classical, and Machine Learning Synergies for Next-Generation Energy Materials
  • 2025
    Symposium on Theoretical Chemistry, Berlin, Germany
    • Toward Realistic Energy Landscapes on Near-Term Quantum Hardware
  • 2025
    Invited Talk: Open Software for Neural Wavefunctions, CECAM Workshop, Lausanne, Switzerland
    • {"Smoother Wavefunctions, Smaller Bases"=>"Transcorrelated Approaches for Efficient Quantum Simulations"}
  • 2025
    Quantum Computing Theory in Practice (QCTIP), Berlin, Germany
    • Reducing the Circuit Footprint for Noise-Resilient Quantum Chemistry
  • 2025
    Invited Talk: Quantum Digital Twin Masterclass, London, UK
    • Reducing the Circuit Footprint for Noise-Resilient Quantum Chemistry via Transcorrelation and Adaptive Ansätze
  • 2025
    DPG Spring Meeting, Regensburg, Germany
    • Enabling Accurate Quantum Chemistry on Current Quantum Hardware
  • 2024
    Faraday Discussions on Correlated electronic structure, London
    • Reducing Quantum Circuit Depth for Noise-Resilient Quantum Chemistry using the Transcorrelated Method and Adaptive Ansätze
    • Slides
  • 2023
    Invited Talk: QED-C Quantum talent showcase, online
    • Towards real chemical accuracy on current quantum hardware through the transcorrelated method
    • Slides
  • 2023
    Invited Talk: QVEST -- Quo Vadis Electronic Structure Theory, Ringberg Castle, Germany
    • Enabling accurate Quantum Chemistry on current and near-term Quantum Hardware with the Transcorrelated Method
    • Slides
  • 2023
    Invited Talk: Chalmers SmallTalks, Chalmers University, Gothenburg, Sweden
    • Chemistry Meets Quantum Computing: A New Era of Simulation and Study
    • Slides
  • 2023
    APS March Meeting, Las Vegas, USA
    • Accurate quantum chemistry calculations on near-term quantum computers enabled by the transcorrelated method
    • Slides
  • 2021
    E-MRS Fall Meeting (virtual), Warsaw, Poland
    • Spin-pure stochastic CASSCF applied to iron-sulfur clusters
    • Slides
  • 2021
    Quantum Bio-Inorganic Chemistry Society, online
    • Spin-pure full configuration interaction Quantum Monte Carlo
  • 2021
    OpenMolcas Developers' eMeeting, Loughborough, UK (online)
    • Spin-pure Stochastic-CASSCF applied to iron-sulfur clusters
    • Slides
  • 2020
    OpenMolcas Developers' eMeeting, Stuttgart, Germany (online)
    • Spin-pure Stochastic-CASSCF in OpenMolcas via spin-adapted FCIQMC
    • Slides
  • 2019
    NECI Developers Meeting, Stuttgart, Germany
    • Application of the Transcorrelated Approach to the 2-D Hubbard Model
    • Slides
  • 2018
    NECI Developers Meeting, Stuttgart, Germany
    • Spin Symmetry and the Graphical Unitary Group Approach
    • Slides
  • 2017
    DPG Spring Meeting, Dresden, Germany
    • SU(2) Symmetry in FCIQMC using the Graphical Unitary Group Approach
    • Slides

Conference Posters

  • 2023
    APS March Meeting, Las Vegas, USA
    • Reference-State Error Mitigation: A Strategy for High Accuracy Quantum Computation of Chemistry
    • PDF
  • 2023
    A nano focus on quantum materials, Chalmers University of Technology, Gothenburg, Sweden
    • Enabling Accurate Quantum Chemistry Calculations on Near-Term Quantum Devices
    • PDF
  • 2022
    Science and Technology Day, Chalmers University of Technology, Gothenburg, Sweden
    • Enabling Accurate Quantum Chemistry Calculations on Near-Term Quantum Devices
    • PDF
  • 2022
    Wallenberg Centre for Quantum Technology Review Meeting, Gothenburg, Sweden
    • Enabling Accurate Quantum Chemistry Calculations on Near-Term Quantum Devices
    • PDF
  • 2019
    Congress of the International Society for Theoretical Chemical Physics, Tromsø, Norway
    • The Transcorrelated Method in the Two-Dimensional repulsive Hubbard Model
    • PDF
  • 2019
    Congress of the International Society for Theoretical Chemical Physics, Tromsø, Norway
    • SU(2) Symmetry in FCIQMC using the Graphical Unitary Group Approach
  • 2018
    International Congress of Quantum Chemistry, Menton, France
    • The Transcorrelated Method in the Two-Dimensional repulsive Hubbard Model
    • PDF
  • 2015
    DPG Spring meeting, Berlin, Germany
    • Efficient Implementation of SU(2) Symmetry using the Unitary Group in FCIQMC
    • PDF