An equation of motion method for solving the nuclear eigenvalue problem in a basis of microscopic multiphonon states has been upgraded so as to generate states solely composed of quasiparticle Tamm-Dancoff phonons. The method is applied to the neutron rich 20O. A space covering up to three-phonon states is adopted to compute the electric dipole response
We propose a method for solving exactly the nuclear eigenvalue problem within a multiphonon space co...
The E1 response in 208Pb is studied within a microscopic multiphonon approach which solves the nucle...
The formalism of an equation of motion phonon method is outlined. In even-even nuclei, the method de...
An equation of motion method for solving the nuclear eigenvalue problem in a basis of microscopic mu...
An equation of motion method for solving the nuclear eigenvalue problem in a basis of microscopic mu...
An equation of motion method for solving the nuclear eigenvalue problem in a basis of microscopic mu...
A Bogoliubov quasiparticle formulation of an equation-of-motion phonon method, suited for open-shell...
The equation of motion phonon method is adopted to investigate the dipole response in neutron rich ...
The equation of motion phonon method is adopted to investigate the dipole response in neutron rich ...
The E1 response in 208Pb is studied within a microscopic multiphonon approach which solves the nucle...
We propose a method for solving exactly the nuclear eigenvalue problem within a multiphonon space co...
We have reformulated an equation of motion method for generating iteratively a basis of multiphonon ...
We have reformulated an equation of motion method for generating iteratively a basis of multiphonon ...
We propose a method for solving exactly the nuclear eigenvalue problem within a multiphonon space co...
The E1 response in 208Pb is studied within a microscopic multiphonon approach which solves the nucle...
We propose a method for solving exactly the nuclear eigenvalue problem within a multiphonon space co...
The E1 response in 208Pb is studied within a microscopic multiphonon approach which solves the nucle...
The formalism of an equation of motion phonon method is outlined. In even-even nuclei, the method de...
An equation of motion method for solving the nuclear eigenvalue problem in a basis of microscopic mu...
An equation of motion method for solving the nuclear eigenvalue problem in a basis of microscopic mu...
An equation of motion method for solving the nuclear eigenvalue problem in a basis of microscopic mu...
A Bogoliubov quasiparticle formulation of an equation-of-motion phonon method, suited for open-shell...
The equation of motion phonon method is adopted to investigate the dipole response in neutron rich ...
The equation of motion phonon method is adopted to investigate the dipole response in neutron rich ...
The E1 response in 208Pb is studied within a microscopic multiphonon approach which solves the nucle...
We propose a method for solving exactly the nuclear eigenvalue problem within a multiphonon space co...
We have reformulated an equation of motion method for generating iteratively a basis of multiphonon ...
We have reformulated an equation of motion method for generating iteratively a basis of multiphonon ...
We propose a method for solving exactly the nuclear eigenvalue problem within a multiphonon space co...
The E1 response in 208Pb is studied within a microscopic multiphonon approach which solves the nucle...
We propose a method for solving exactly the nuclear eigenvalue problem within a multiphonon space co...
The E1 response in 208Pb is studied within a microscopic multiphonon approach which solves the nucle...
The formalism of an equation of motion phonon method is outlined. In even-even nuclei, the method de...
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