AbstractWe discuss a procedure to transfer the description of a fermion system from a subspace of the full shell model space built in terms of collective pairs onto a space of corresponding bosons. We apply the procedure to systems of six nucleons in the 1s0d major shell. We perform exact shell model calculations and compare them with calculations in the collective pair and boson approximations. The effects of the truncation of the boson Hamiltonian and of the consequent violation of the Pauli principle are examined
International audienceAn overview is given on the microscopic study of the interacting boson model (...
I recently proposed a method of bosonization based on the use of coherent states of fermion composit...
In the present paper we demonstrate that there exists a fully microscopic shell-model counterpart of...
The interacting boson model, describing collective states of even-even nuclei, is introduced as a dr...
The equivalence between the bosons and collective fermions pair states is discussed. The microscopic...
We propose a new method that transcribes the fermion system to the boson-fermion system by introduci...
In the Interacting Boson Approximation (IBA) Model as proposed by Arima and Iachello a nucleus is de...
An exact boson mapping of the reduced BCS (equal strength) pairing Hamiltonian is considered. In the...
We present results of a calculation of properties of low-lying collective quadrupole states in odd-e...
The dynamical symmetries of the Fermion Dynamical Symmetry Model are used as a principle of truncati...
We discuss and explore new aspects of the generalized Dyson mapping of nuclear collective superalgeb...
The interacting boson model (IBM) Hamiltonian is determined microscopically for general cases of low...
Negative-parity states in systems with few particles outside the closed shell are described within a...
To study the feasibility of carrying out shell-model calculations in nuclei with active protons and ...
In this thesis the method of bosonization of fermionic many-body systems in any number of dimensions...
International audienceAn overview is given on the microscopic study of the interacting boson model (...
I recently proposed a method of bosonization based on the use of coherent states of fermion composit...
In the present paper we demonstrate that there exists a fully microscopic shell-model counterpart of...
The interacting boson model, describing collective states of even-even nuclei, is introduced as a dr...
The equivalence between the bosons and collective fermions pair states is discussed. The microscopic...
We propose a new method that transcribes the fermion system to the boson-fermion system by introduci...
In the Interacting Boson Approximation (IBA) Model as proposed by Arima and Iachello a nucleus is de...
An exact boson mapping of the reduced BCS (equal strength) pairing Hamiltonian is considered. In the...
We present results of a calculation of properties of low-lying collective quadrupole states in odd-e...
The dynamical symmetries of the Fermion Dynamical Symmetry Model are used as a principle of truncati...
We discuss and explore new aspects of the generalized Dyson mapping of nuclear collective superalgeb...
The interacting boson model (IBM) Hamiltonian is determined microscopically for general cases of low...
Negative-parity states in systems with few particles outside the closed shell are described within a...
To study the feasibility of carrying out shell-model calculations in nuclei with active protons and ...
In this thesis the method of bosonization of fermionic many-body systems in any number of dimensions...
International audienceAn overview is given on the microscopic study of the interacting boson model (...
I recently proposed a method of bosonization based on the use of coherent states of fermion composit...
In the present paper we demonstrate that there exists a fully microscopic shell-model counterpart of...