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The laboratory, managed successively by Ph. Durand, J.P. Malrieu, J.P. Daudey, N. Halberstadt et F. Spiegelman (from 2007), knew a relatively important growth until include approximately 35 permanent employees in 2006. Some important landmarks marked the life of the laboratory. Let us mention the action of the laboratory to make grow in Toulouse a Fundamental structure of Physics and Chemistry. This action has entailed the arrival of several teams, molecular physicists and opticians of lasers who have created the Laboratoire Collisions Agrégats Réactivité (LCAR) in 1990, and also theoretical physicists who have created the LPT Laboratoire de Physique Théorique in 2003.

Its around these laboratories that IRSAMC (The Institute of Research on Complex Atomic and Molecular Systems) has been created.

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Spin chain Argent Agrégats métalliques TDDFT Dynamique non-linéaire Interaction laser-agrégat Quasicrystals Bipolar diode Pseudopotential methods Molecular electron correlations Decaying turbulence Bimetallic nanoparticles ultrathin films nanostructures magnetism diffusion ab initio multiscale modeling atomic materials design computer experiments Molecular electronic states Spin chains Ab-initio electronic calculation Mouvement brownien Random walker Retour à l'équilibre Potential energy surfaces Ballistic annihilation Statistical Mechanics DFT Dynamics Fokker-Planck Quasicristaux Phase transition Smoluchowski equation Transition de phase Persistence Ab-initio calculation Potts model Processus aléatoire Boltzmann equation Ab initio Processus stochastique Molecular orbitals calculations Boron Hamiltonien de Heisenberg Ab initio molecular dynamics Random process Agrégats Nucleation Effondrement gravitationnel Autocorrelation exponent 4H-SiC Spin system Modèle d'Ising Argon Billiards quantiques Ab-initio calculations Persistance Ab initio calculations Turbulence en déclin Aboav law Ising model Aggregation model Cluster Magnetism Séparation de phase VB calculations Actinides Incommensurate compounds Perturbation theory Random processes Brownian motion Annihilation et agrégation balistique Atomic surface 1/5-depleted Phase separation Spin ladders Fluide bidimensionnel Growth process Incommensurate system Gravitational collapse Random tilings Marcheur aléatoire Binary mixture Be3 Alkali-halide Band structure Bethe lattice Stochastic process Theory Actinide chemistry Incommensurate compound Atomic clusters Ab initio calculation Absorption Aggregation Critical exponent Strongly correlated systems Ab-initio Coarsening Quasicrystal Aggregation models Surface hopping Disordered Systems and Neural Networks Exposant critique Phénomènes de croissance Bidimensional fluid Electronic structure T-J model Magnétisme