And R. McDonald

TL;DR: Deformed shell model calculations based on an average Woods-Saxon potential with a monopole pairing force included show for a number of nuclei close to A≈130 the appearance of rotational bands with a large deformation, s2≈0.4 as discussed by the authors.

TL;DR: In this article, the decay of the superdeformed (SD) band in 194 Pb was investigated and the most probable spins and parities of all members of the SD band were also deduced assuming that the SD states have even spin and positive parity.

TL;DR: In this article, the design and performance of escape-suppressed γ-ray Spectrometer Arrays (ESRS) are described. And the highlights of the new physics achieved with these arrays are described: the observation of discrete superdeformed states up to spin 60, the systematic studies of aligned many quasi-particle states in rotating nuclei; band terminations and phase changes at high spins; classical rotations and the disappearance of static pairing; correlations in continuum radiation; the spectroscopy of proton rich nuclei at and near the N=Z line.

TL;DR: In this article, the Riemann ellipsoid equations of motion are proven to constitute a Hamiltonian dynamical system, and the phase space is a co-adjoint orbit of the Lie group GCM(3), which is generated by the linear group Gl(3, R) and the inertia tensor.

TL;DR: The lifetime of excited states in 163Lu have been measured using the Dopplershift attenuation and recoil distance methods using the deduced transition quadrupole moments of the proton.