ISM Chimie Théorique et Modélisation
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Theoretical Chemistry & Modeling Group (THEO)

The group has a longstanding experience in statistical mechanical simulations of condensed matter, quantum chemistry, and other methods of theoretical and computational chemistry. This expertise allows to cover a wide field of activities, ranging from the study of elementary chemical reactions to supramolecular chemistry and simulations of condensed phases. In addition, the group manages and runs a computer center ( "Pôle Modélisation") to bring together the theoreticians and experimentalists of the institute and coordinates the QuantumChemPhys transborder joint laboratory.

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Collaborations

Austria, UK, Poland, Hungary, Spain, Switzerland, Sweden, Belgium, Italy, Cuba, Chile, Ecuador, Argentina, Australia, USA, Japan/p>

THEO

En chiffres

6

Chercheur(s)

7

Enseignant-chercheur(s)

2

ITA/BIATSS(s)

2

Post-doctorant(s)

9

Doctorant(s)

1

Stagiaire(s)

THEO

En images

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  • ISM THEO Chimie Théorique
  • ISM THEO Chimie Théorique
  • ISM THEO Chimie Théorique
  • ISM THEO Chimie Théorique
  • ISM THEO Chimie Théorique
  • ISM THEO Chimie Théorique

THEO

Membres du groupe

Permanent

Les publications récentes du groupe

Voir toutes les publications du groupe
Viaud, L.T., Somers, M., Crespos, C., Bonnet, L., Larregaray, P. (). Classical dynamics in a quantum spirit: a revision of adiabatic trajectory treatment for H2/Pd(111). In Physical Chemistry Chemical Physics (Vol. 28, Issue 32, p. 19754-19760). https://doi.org/10.1039/d6cp01708h
Bombín, R., Galparsoro, O., Peláez, D., Tremblay, J.C., Crespos, C., Larregaray, P. (). Quantum dynamical and isotopic effects for hydrogen isotope scattering at W(110) surface. In Journal of Chemical Physics (Vol. 165, Issue 6, p. 064702). https://doi.org/10.1063/5.0340344
Leyssale, J.M., Potier, K., Méreau, R., Aurel, P., Cawkwell, M.J., Obliger, A. (). Practical 3D-Connected Atomistic Kerogen Models over a Large Maturity Range. In Energy and Fuels (Vol. 40, Issue 28, p. 15188-15201). https://doi.org/10.1021/acs.energyfuels.6c02047

THEO

Mots-clés

  • Phase gazeuse
  • Chimie hétérogène
  • Chimie supramoléculaire
  • Phases condensées