Hi all,
Mahmoud Mahdian is visiting over the next year from the University of
Tabriz. He'll talk tomorrow at group meeting - see below for his title and
abstract.
All the best,
Ian
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Title: Quantum dynamics simulation of Photosynthetic FMO complex
Abstract: In this talk, at the first time I will used associated,
generalized and exceptional Jacobi polynomials to investigate spectral
density of FMO complex. Afterward, we obtain a map that transforms the
Hamiltonian of FMO complex as an open quantum system to a one-dimensional
chain of oscillatory modes with only nearest neighbor interaction in which
the system is coupled only to nearest mode of chain. In the second part of
my talk, I will explain a digital approach to quantum dynamics simulation
of photosynthetic FMO complex in contact with a Markovian bath, i.e.,
memoryless, with the nuclear spin-based quantum simulator. We use
recoupling and decoupling method on nuclear magnetic resonance (NMR)
quantum computation and Solovay-Kitaev decomposition strategy for
single-qubit channels to achieve an efficient quantum simulation of
photosynthesis system.
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