Last Narratives: Life Writing Palliative Praxis.

Research on palliative care emphasizes the crucial role of narratives in the encounter with suffering and dying patients because we need to learn from the dying in order to improve care for them. Autobiographical narratives by terminally ill writers contribute to a more encompassing understanding of what it means to be dying as they often thematize dying and death, besides theorizing all kinds of implications of terminal illness. Among such autothanatographers are well-known writers such as Gillian Rose, Jenny Diski, and Tom Lubbock.

Anisotropic 4f-spin dynamics across the B-T phase diagram of Ce(7)Ni(3).

Longitudinal field μSR measurements in applied fields parallel and perpendicular to the c-axis of the hexagonal heavy-fermion antiferromagnet Ce(7)Ni(3) served to monitor the 4f-spin dynamics across the magnetic phase diagram in the B-T plane, which consists of an incommensurate/commensurate antiferromagnetic (AF) section below 1.9 K/0.7 K and below an applied field B of 0.

Temperature and field dependence of the order parameter in the antiferroquadrupolar phase of CeB6 from mu+ Knight shift measurements.

The Fermi contact hyperfine contribution to the Knight shift of positive muons, implanted at the interstitial 3d sites in CeB6, is found to exhibit the same temperature dependence below T(Q) in phase II as the quadrupolar order parameter determined from resonant and nonresonant x-ray scattering. Furthermore, the contact coupling parameter is shown to be anisotropic and field dependent. These unanticipated features are interpreted to arise from the RKKY induced conduction electron spin polarization, which depends on the orientation and expectation value of the ordered 4f quadrupole moments.

Field-induced magnetization distribution and antiferroquadrupolar order in CeB(6).

The anisotropic Knight shift of implanted positive muons (micro(+)) in CeB(6) has been studied between 2.2 and 200 K in a field of 0.6 T.

Evidence for a two component magnetic response in UPt3.

The magnetic response of the heavy fermion superconductor UPt3 has been investigated on a microscopic scale by muon Knight shift studies. Two distinct and isotropic Knight shifts have been found for the field in the basal plane. While the volume fractions associated with the two Knight shifts are approximately equal at low and high temperatures, they show a dramatic and opposite temperature dependence around T(N).