we present new strategy to perform vibrational mean field and vibrational configuration interaction coalculations for large molecular systems. Thanks to an efficient pruning scheme based on the many body expansion of the potential energy surface, we show that variational bound state calculation is possible form large molecular system
In this paper, we couple a numerical kinetic-energy operator approach to the direct-vibrational self...
cited By 0International audienceAn iterative variation-perturbation algorithm allowing a anharmonic ...
In this paper, we couple a numerical kinetic-energy operator approach to the direct-vibrational self...
We present a new efficient and accurate method to perform VCI/VSCF calculations for polyatomic syste...
We adapt a variation-perturbation method to perform vibrational configuration interaction (VCI) calc...
We adapt a variation-perturbation method to perform vibrational configuration interaction (VCI) calc...
We adapt a variation-perturbation method to perform vibrational configuration interaction (VCI) calc...
We adapt a variation-perturbation method to perform vibrational configuration interaction (VCI) calc...
Vibrational many-body methods for molecules and extended systems have been developed that can accoun...
We present a new approach for calculating anharmonic corrections to vibrational frequency calculatio...
The present article introduces a general variational scheme to find approximate solutions of the spe...
cited By 3International audienceThis paper presents a general perturbational and variational scheme ...
In this paper, we couple a numerical kinetic-energy operator approach to the direct-vibrational self...
In this paper, we couple a numerical kinetic-energy operator approach to the direct-vibrational self...
In this paper, we couple a numerical kinetic-energy operator approach to the direct-vibrational self...
In this paper, we couple a numerical kinetic-energy operator approach to the direct-vibrational self...
cited By 0International audienceAn iterative variation-perturbation algorithm allowing a anharmonic ...
In this paper, we couple a numerical kinetic-energy operator approach to the direct-vibrational self...
We present a new efficient and accurate method to perform VCI/VSCF calculations for polyatomic syste...
We adapt a variation-perturbation method to perform vibrational configuration interaction (VCI) calc...
We adapt a variation-perturbation method to perform vibrational configuration interaction (VCI) calc...
We adapt a variation-perturbation method to perform vibrational configuration interaction (VCI) calc...
We adapt a variation-perturbation method to perform vibrational configuration interaction (VCI) calc...
Vibrational many-body methods for molecules and extended systems have been developed that can accoun...
We present a new approach for calculating anharmonic corrections to vibrational frequency calculatio...
The present article introduces a general variational scheme to find approximate solutions of the spe...
cited By 3International audienceThis paper presents a general perturbational and variational scheme ...
In this paper, we couple a numerical kinetic-energy operator approach to the direct-vibrational self...
In this paper, we couple a numerical kinetic-energy operator approach to the direct-vibrational self...
In this paper, we couple a numerical kinetic-energy operator approach to the direct-vibrational self...
In this paper, we couple a numerical kinetic-energy operator approach to the direct-vibrational self...
cited By 0International audienceAn iterative variation-perturbation algorithm allowing a anharmonic ...
In this paper, we couple a numerical kinetic-energy operator approach to the direct-vibrational self...