We review recent experimental and theoretical work on ultrasmall metallic grains, ie grains
sufficiently small that the conduction electron energy spectrum becomes discrete. The …

We investigate fluctuations and even-odd effects in small superfluid systems at finite
temperature by means of the static path approximation (SPA) plus random-phase …

We review recent experimental and theoretical work on superconductivity in ultrasmall
metallic grains, ie grains sufficiently small that the conduction electron energy spectrum …

We investigate the localization and clustering features in Ne 20 (N= Z) and neutron-rich Ne
32 nuclei at zero and finite temperatures. The finite temperature Hartree-Bogoliubov theory …

We discuss the necessity of using nonstandard boson operators for diagonalizing quadratic
bosonic forms which are not positive definite and its convenience for describing the temporal …

We address the dynamics of damped collective modes in terms of first and second moments.
The modes are introduced in a self-consistent fashion with the help of a suitable application …

We present an approximation scheme for calculating observables and strength functions of
finite fermionic systems at finite temperature such as hot nuclei. The approach is formulated …

We examine the fermionic entanglement in the ground state of the fermionic Lipkin model
and its relation with bipartite entanglement. It is first shown that the one-body entanglement …

We study the mesoscopic fluctuations of thermodynamic observables in a nanosized
metallic grain in which the single-particle dynamics are chaotic and the dimensionless …

The variation after projection approach is applied for the first time to the Richardson pairing
Hamiltonian to describe the thermodynamics of small superconductors with a fixed number …