Wolfgang Pauli Institute (WPI) Vienna |
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Henrik R. Larsson | HS 11 Fak. Math. OMP1, Uni Wien | Tue, 18. Jul 23, 14:00 |
Introduction to MCTDH and Tensor Network States | ||
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Uwe Manthe | HS 11 Fak. Math. OMP1, Uni Wien | Tue, 18. Jul 23, 14:45 |
Developments in the non-hierarchical multi-layer MCTDH approach | ||
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Christian Lubich | HS 11 Fak. Math. OMP1, Uni Wien | Tue, 18. Jul 23, 16:00 |
Time integration of tree tensor networks | ||
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Benedikt Kloss | HS 11 Fak. Math. OMP1, Uni Wien | Tue, 18. Jul 23, 16:45 |
Subspace expansions: Schemes to dynamically adapt the approximation rank or bond dimension | ||
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Nina Glaser | HS 11 Fak. Math. OMP1, Uni Wien | Wed, 19. Jul 23, 9:15 |
Large-scale anharmonic vibrational calculations with the DMRG algorithm | ||
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Pierre-Nicholas Roy | HS 11 Fak. Math. OMP1, Uni Wien | Wed, 19. Jul 23, 10:00 |
Quantum Critical Molecular assemblies: from matrix product states to path integrals | ||
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Uli Schollwöck | HS 11 Fak. Math. OMP1, Uni Wien | Wed, 19. Jul 23, 12:00 |
Dynamics of singlet fission in covalently linked tetracene dimers using tensor network states | ||
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Irene Burghardt | HS 11 Fak. Math. OMP1, Uni Wien | Wed, 19. Jul 23, 14:00 |
Multiconfigurational quantum dynamics with multiplicative neural network potentials | ||
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Daniel Pelaez | HS 11 Fak. Math. OMP1, Uni Wien | Wed, 19. Jul 23, 14:45 |
Towards high-dimensional analytical sum-of-products representations | ||
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Markus Schröder | HS 11 Fak. Math. OMP1, Uni Wien | Wed, 19. Jul 23, 16:00 |
Compact representation of operators in sum-of-products form | ||
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Sudip Sasmal | HS 11 Fak. Math. OMP1, Uni Wien | Wed, 19. Jul 23, 16:45 |
Compact sum-of-products form of the molecular electronic Hamiltonian and its application within the MCTDH method | ||
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Roman Ellerbrock | HS 11 Fak. Math. OMP1, Uni Wien | Thu, 20. Jul 23, 9:15 |
Quantum Circuit simulations with Tree Tensor Network States | ||
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Haobin Wang | HS 11 Fak. Math. OMP1, Uni Wien | Thu, 20. Jul 23, 10:00 |
ML-MCTDH simulation in the interaction picture | ||
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Tucker Carrington | HS 11 Fak. Math. OMP1, Uni Wien | Thu, 20. Jul 23, 11:15 |
Obviating the need for as many points as basis functions when using collocation with MCTDH to do efficient and accurate quantum dynamics on a general PES | ||
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Micheline Soley | HS 11 Fak. Math. OMP1, Uni Wien | Thu, 20. Jul 23, 14:00 |
Tensor Trains and Quantum Computing for Highly Multidimensional Molecular Simulations | ||
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Örs Legeza | HS 11 Fak. Math. OMP1, Uni Wien | Thu, 20. Jul 23, 14:45 |
Simulation of long time and Lindbladian evolution via massively parallel hybrid CPU-GPU based tensor network state algorithms | ||
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Graham Worth | HS 11 Fak. Math. OMP1, Uni Wien | Thu, 20. Jul 23, 16:00 |
New Applications Using ML-MCTDH: Gaussian basis sets and Density Matrices | ||
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David Mendive-Tapia | HS 11 Fak. Math. OMP1, Uni Wien | Fri, 21. Jul 23, 9:15 |
Finding optimal multi-layer trees through graph theory | ||
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Jiajun Ren: | HS 11 Fak. Math. OMP1, Uni Wien | Fri, 21. Jul 23, 10:00 |
Tensor Network Methods for Electron-Phonon Problems | ||
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Eric Fischer | HS 11 Fak. Math. OMP1, Uni Wien | Fri, 21. Jul 23, 11:15 |
How Chemistry and Physics Meet in Optical Infrared Cavities: Application of the MCTDH Method to Vibrational Strong Coupling Models | ||
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Ofir Alon | HS 11 Fak. Math. OMP1, Uni Wien | Fri, 21. Jul 23, 14:00 |
How accurate the MCTDHB wavefunction is: Lessons from numerics, analytics, and examples | ||
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Peter Schmelcher | HS 11 Fak. Math. OMP1, Uni Wien | Fri, 21. Jul 23, 14:15 |
Impurities in highly imbalanced ultracold mixtures: Controlled transport and counterflow dynamics | ||
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