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The study of rotation-alignment of quasiparticles probes sensitively theproperties of high-j intruder orbits. The distribution of very high-j orbits,which are consequences of the fundamental spin-orbit interaction, links withthe important question of single-particle levels in superheavy nuclei. With thedeformed single-particle states generated by the standard Nilsson potential, weperform Projected-Shell-Model calculations for transfermium nuclei wheredetailed spectroscopy experiment is currently possible. Specifically, we studythe systematical behavior of rotation-alignment and associated band-crossingphenomenon in Cf, Fm, and No isotopes. Neutrons and protons from the high-jorbits are found to compete strongly in rotation-alignment, which gives rise totestable effects. Observation of these effects will provide direct informationon the single-particle states in the heaviest nuclear mass region.

Competition in rotation-alignment between high-j neutrons and protons in transfermium nuclei