Calculated partial half-lives and Q values of the most probable decays by spontaneous
cluster emission are listed for nuclides with Z= 52–122. Superheavy nuclei and nuclei far off …

Models for heavy-particle radioactivity are reviewed. These include cluster models and
unified models. In order to fit the data better than a factor of two, nuclear structure must be …

Nuclear Superfluidity is a monograph devoted exclusively to pair correlations in nuclei. It
begins by exploring pair correlations in a variety of systems including superconductivity in …

A recently proposed scaling law for the decay time of alpha particles is generalized for
cluster decay. It is shown that for the decay of even–even parents, log T 1/2 depends linearly …

A new interpretation of cluster preformation probability is given as the penetrability of the
prescission part of the barrier, within a fission theory. It is shown that the preformed cluster …

The presence of pairing correlations within the time-dependent density-functional-theory
(TDDFT) extension to superfluid systems is tantamount to the presence of a quantum …

The second-order distorted wave Born approximation implementation of two-particle transfer
direct reactions which includes simultaneous and successive transfer, properly corrected by …

The recently discovered cluster radioactivities, intermediate decays between alpha decay
and fission, ie spontaneous emission of carbon, oxygen, neon, magnesium and silicon, are …

Large-amplitude motion in the nuclear shape degrees of freedom are described by
superfluidity within a finite-basis model space. The technique allows an inertial parameter to …

The observation of a superdeformed band in the nucleus Hg 192 is reported. The band has
sixteen transitions with an average energy spacing of 36 keV and an average dynamic …