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Quantum Computing for Many-Body problems (QCMB): atomic nuclei, neutrinos, and other strongly correlated Fermi systems

22–24 nov. 2022
IJCLab
Fuseau horaire Europe/Paris

Liste des Contributions

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  1. 1. Quantum Computing for Nuclear Physics Research at the University of Surrey
    Paul Stevenson (University of Surrey)
    22/11/2022 10:00
  2. 2. Quantum simulation of Hamiltonian using variational approach involving linear combination of unitary operators
    Ashutosh Singh (Indian Institute of Technology Roorkee)
    22/11/2022 10:35
  3. 9. A density-matrix renormalization group algorithm for simulating quantum circuits with a finite fidelity
    Thomas Ayral (Atos Quantum)
    22/11/2022 11:30
  4. 10. Restoration of symmetries in many-body systems on quantum computers
    Edgar Andres Ruiz Guzman (IJCLab/Université Paris-Saclay)
    22/11/2022 12:05
  5. 11. Quantum Computing applications of the Hubbard-Stratonovich transformation
    Luca Vespucci (University of Trento)
    22/11/2022 12:30
  6. 12. Quantum information as a tool to quantify correlations in nuclear structure
    Luis Robledo (Universidad Autonoma de Madrid)
    22/11/2022 15:30
  7. 13. Gray code implementation of the many-body Hamiltonian: Recent progress and future perspectives in quantum computing
    Ermal Rrapaj (RIKEN - University of California, Berkeley)
    22/11/2022 16:05
  8. 14. Efficient Hamiltonian encoding and gate simulations on quantum computers
    Manqoba Hlatshwayo (Western Michigan University)
    22/11/2022 16:30
  9. 15. Quantum Computing and Information for the collective neutrino oscillation problem
    Joseph Carlson (LANL)
    22/11/2022 17:30
  10. 16. Entanglement in nuclear models and matter
    Thomas Papenbrock (University of Tennessee / Oak Ridge National Laboratory)
    22/11/2022 18:05
  11. 17. Qubitization and Compilation of Lattice Gauge Theories
    Michael Cervia (George Washington University & University of Maryland)
    22/11/2022 18:40
  12. 18. Quantum Simulation of the Agassi Model in Trapped Ions: determining the shape of the system
    Jose-Enrique Garcia-Ramos (University of Huelva)
    23/11/2022 10:00
  13. 19. Quantum phase detection in Axial Next Nearest Neighbour Ising (ANNNI) model with quantum convolutional neural networks
    Michele Grossi (CERN)
    23/11/2022 10:35
  14. 20. Many-body physics with arrays of atoms
    Antoine Browaeys (Institut Optique, CNRS)
    23/11/2022 11:30
  15. 21. Trapped-ion quantum simulation of collective neutrino oscillations
    Valentina Amitrano (UniTN, Italy)
    23/11/2022 12:05
  16. 22. Imaginary Time Propagation on a Quantum Chip
    Francesco Turro (IQuS/University of Washington)
    23/11/2022 12:30
  17. 23. Quantum Computing for condensed matter and high energy physics
    Karl Jansen (DESY)
    23/11/2022 15:30
  18. 24. Simulating strongly interacting Hubbard chains on a quantum computer
    Baptiste Anselme Martin (Laboratoire de Physique des Solides d'Orsay)
    23/11/2022 16:05
  19. 25. Efficient encoding for simulating nuclear many-body problems on quantum computer
    Pooja Siwach (University of Wisconsin-Madison)
    23/11/2022 16:30
  20. 26. Quantum Simulation of Lattice Gauge Theories - Requirements, Challenges and Methods
    Erez Zohar (Racah Institute of Physics, Hebrew University of Jerusalem)
    23/11/2022 17:30
  21. 27. Rodeo algorithm with controlled reversal gates
    Dean Lee (Michigan State University)
    23/11/2022 18:05
  22. 28. Multi-body entanglement in dense neutrino systems
    Marc Illa (IQuS, University of Washington)
    23/11/2022 18:40
  23. 29. Improving the accuracy of truncated quantum computations of nuclei
    Caroline Robin (Uni Bielefeld and GSI Darmstadt)
    24/11/2022 10:00
  24. 30. Nuclear Simulation on Quantum Computers with Optimal Control
    Piero Luchi (University of Trento)
    24/11/2022 10:35
  25. 3. Quantum chemistry: from simulators to QPUs
    Jean-Philip Piquemal (Sorbonne University, Paris)
    24/11/2022 11:30
  26. 4. Variational low-depth preparation of correlated systems' ground states with the natural-orbitalization algorithm
    Pauline Besserve (CPHT (Ecole Polytechnique) - Atos Quantum Lab)
    24/11/2022 12:05
  27. 5. Variational quantum eigensolver for small nuclear systems
    Oriel Kiss (CERN, University of Geneva)
    24/11/2022 12:30
  28. 6. Linear Response on a Quantum Computer
    Nifeeya Singh (Indian Institute of Technology Roorkee)
    24/11/2022 15:30
  29. 7. Nuclear shell-model Hamiltonians in a quantum computer
    Antonio Márquez Romero (University of Barcelona)
    24/11/2022 15:55
  30. 8. A quantum optimization algorithm for deriving effective shell model hamiltonians
    Giovanni De Gregorio (Università della Campania "Luigi Vanvitelli" & INFN-Napoli)
    24/11/2022 16:20