programme détaillé des mini-colloques > PMQ30 Variational methods for strongly-correlated systems: Can quantum computers boost classical computers?

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PMQ30 Variational methods for strongly-correlated systems: Can quantum computers boost classical computers?

 
Organisateurs :Thomas Ayral (Atos Quantum Labo), Didier Poilblanc (LPT Toulouse)
       
Mercredi 25 août matin    
08h45-09h15 (EI) Juraj Hasik Infinite tensor networks: how big patch of a system can they faithfully describe ?
09h15-09h30 (EC) Phalgun Lolur A Chemistry Inspired Error Mitigation Strategy for Variational Quantum Eigensolver Calculations
09h30-09h45 (EC) Saad Yalouz A state-averaged quantum algorithm for an equal footing description of ground and excited states on a near term quantum computer
09h45-10h00 (EC) Mårten Skogh Warm-starting chemistry calculations on quantum computers
       
       
       
Mercredi 25 août après-midi    
15h00-15h30 (EI) Frederik Wilde Stochastic gradient descent for hybrid quantum-classical optimization
15h30-15h45 (EC) Gino Bishop Taming correlated electrons: From the Green's function to phase space
15h45-16h00 (EC) Tommaso Roscilde Variational solution of quantum many-body dynamics: when can one be satisfied with the result?
16h00-16h15 (EC) Antonio Villalpando Variational Quantum Natural Language Processing
       
       
       
Jeudi 26 août matin      
08h45-09h15 (EI) Francesco Ferrari Variational states for spin models: balancing accuracy and physical interpretability
09h15-09h30 (EC) Antoine Michel Quantum simulation of bulk materials with Rydberg atoms device
09h30-09h45 (EC) Bruno Senjean Reducing the complexity of quantum algorithms: the effect of single-particle basis transformation on the 1-norm of the electronic structure Hamiltonian.
09h45-10h00 (EC) Pauline Besserve Strongly correlated materials via embedding methods: solving impurity models with a noisy quantum computer
10h00-10h15 (EC) Baptiste Anselme Martin Variational Quantum Simulation of the 1D Hubbard model
       

 

 
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