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Decoherence and quantum fidelity | LCPT
http://lcpt.epfl.ch/page-52805-en.html
Jump to search field. Laboratory of Theoretical Physical Chemistry. Decoherence and quantum fidelity. List of research areas. Quantum and semiclassical molecular dynamics with applications to ultrafast spectroscopy. Statistical biophysics and bioinformatics. Decoherence and quantum fidelity. Decoherence and quantum fidelity. Decoherence and quantum fidelity. Decoherence and quantum fidelity. Dephasing representation of quantum fidelity. And then for general pure and even mixed states [ 7. The left figure...
lcpt.epfl.ch
LCPT | EPFL
http://lcpt.epfl.ch/home
Jump to search field. Laboratory of Theoretical Physical Chemistry. List of research areas. Quantum and semiclassical molecular dynamics with applications to ultrafast spectroscopy. Statistical biophysics and bioinformatics. Decoherence and quantum fidelity. We usually have open master, Ph. D., and postdoctoral positions. In theoretical chemical physics and bioinformatics. For details, follow the link. Won the Transju’trai. 72km and 3200m of climb). Congratulations! Won the 2015 ERC Consolidator grant.
lcpt.epfl.ch
Publications | LCPT
http://lcpt.epfl.ch/publications
Jump to search field. Laboratory of Theoretical Physical Chemistry. List of research areas. Quantum and semiclassical molecular dynamics with applications to ultrafast spectroscopy. Statistical biophysics and bioinformatics. Decoherence and quantum fidelity. Path integral approach to the quantum fidelity amplitude. In Philosophical Transactions of the Royal Society A. Vol 374, num. 2069, p. 20150164, 2016. Accelerating quantum instanton calculations of the kinetic isotope effects. Control of mitophagie b...
lcpt.epfl.ch
Statistical mechanics | LCPT
http://lcpt.epfl.ch/statistical_mechanics
Jump to search field. Laboratory of Theoretical Physical Chemistry. List of research areas. Quantum and semiclassical molecular dynamics with applications to ultrafast spectroscopy. Statistical biophysics and bioinformatics. Decoherence and quantum fidelity. Path integral evaluation of the equilibrium isotope effects. We have developed and tested a general methodology to compute the quantum equilibrium isotope effect (EIE) ( Zimmermann and Vanicek 2009. Zimmerman and Vanicek 2010. List of research areas.
lcpt.epfl.ch
Semiclassical approximations | LCPT
http://lcpt.epfl.ch/semiclassical_approximations
Jump to search field. Laboratory of Theoretical Physical Chemistry. List of research areas. Quantum and semiclassical molecular dynamics with applications to ultrafast spectroscopy. Statistical biophysics and bioinformatics. Decoherence and quantum fidelity. In classical mechanics,. Motion of particles satisfies Newton's laws, whereas in quantum mechanics,. Particles are described by the quantum wavefunction which satisfies the Schroedinger equation. Finally, in the semiclassical approximation. On approx...
lcpt.epfl.ch
Statistical mechanics | LCPT
http://lcpt.epfl.ch/page-52799-en.html
Jump to search field. Laboratory of Theoretical Physical Chemistry. List of research areas. Quantum and semiclassical molecular dynamics with applications to ultrafast spectroscopy. Statistical biophysics and bioinformatics. Decoherence and quantum fidelity. Path integral evaluation of the equilibrium isotope effects. We have developed and tested a general methodology to compute the quantum equilibrium isotope effect (EIE) ( Zimmermann and Vanicek 2009. Zimmerman and Vanicek 2010. List of research areas.
lcpt.epfl.ch
Quantum and semiclassical molecular dynamics with applications to ultrafast spectroscopy | LCPT
http://lcpt.epfl.ch/page-52798-en.html
Jump to search field. Laboratory of Theoretical Physical Chemistry. Quantum and semiclassical molecular dynamics with applications to ultrafast spectroscopy. List of research areas. Quantum and semiclassical molecular dynamics with applications to ultrafast spectroscopy. Statistical biophysics and bioinformatics. Decoherence and quantum fidelity. Quantum and semiclassical molecular dynamics with applications to ultrafast spectroscopy. Sulc and Vanicek 2012. Sulc et al 2013. Zambrano et al 2013. On the ot...
lcpt.epfl.ch
Efficient numerical algorithms | LCPT
http://lcpt.epfl.ch/page-52804-en.html
Jump to search field. Laboratory of Theoretical Physical Chemistry. List of research areas. Quantum and semiclassical molecular dynamics with applications to ultrafast spectroscopy. Statistical biophysics and bioinformatics. Decoherence and quantum fidelity. Imaginary-time nonuniform mesh method for solving the multidimensional Schroedinger equation: Fermionization and melting of quantum Lennard-Jones crystals. Role of sampling in evaluating classical time autocorrelation functions. Trajectory-based meth...
lcpt.epfl.ch
Statistical biophysics and bioinformatics | LCPT
http://lcpt.epfl.ch/biophysics_and_bioinformatics
Jump to search field. Laboratory of Theoretical Physical Chemistry. Statistical biophysics and bioinformatics. List of research areas. Quantum and semiclassical molecular dynamics with applications to ultrafast spectroscopy. Statistical biophysics and bioinformatics. Decoherence and quantum fidelity. Statistical biophysics and bioinformatics. Statistical biophysics and bioinformatics. Statistical biophysics and bioinformatics. Is overwhelming, but we still do not know the functions. 105, p 5453-5458.
lcpt.epfl.ch
Quantum and semiclassical molecular dynamics with applications to ultrafast spectroscopy | LCPT
http://lcpt.epfl.ch/quantum_dynamics
Jump to search field. Laboratory of Theoretical Physical Chemistry. Quantum and semiclassical molecular dynamics with applications to ultrafast spectroscopy. List of research areas. Quantum and semiclassical molecular dynamics with applications to ultrafast spectroscopy. Statistical biophysics and bioinformatics. Decoherence and quantum fidelity. Quantum and semiclassical molecular dynamics with applications to ultrafast spectroscopy. Sulc and Vanicek 2012. Sulc et al 2013. Zambrano et al 2013. On the ot...
