[The use of lived experiences among psychiatrists: a qualitative empirical exploration]. / Gebruik van ervaringskennis onder psychiaters; kwalitatieve empirische verkenning.

BACKGROUND: Psychiatrists generally make little use of lived experiences in addition to clinical and scientific knowledge, even while its use may make services more humane. AIM: This study aims to explore psychiatrists’ lived experience perspectives and their considerations when integrating the personal into the professional domain. METHODS: As part of a qualitative participatory research approach, peer supervision sessions were followed for 2 years and additional interviews and a focus group were organised which were then analysed thematically. RESULTS: The participating psychiatrists had three main considerations for using their own experiences in clinical practice: personal, professional and clinical relevance. We identified 11 facilitating and 9 hindering factors in working with lived experiences related to clinical practice. In addition to the high workload and responsibility as a practitioner, a barrier is the lack of experience and recognition of this as a type of knowledge within the profession, including misconceptions about possible harmful effects. Facilitating factors included the opportunity to share with peers, a warm working relationship with patients and being able to create openness and destigmatisation among colleagues. CONCLUSION: Psychiatrists appreciated the integration of lived experiences into the professional domain, even though still in its infancy. The peer supervision setting in this study was experienced as a safe space to share personal experiences with vulnerability and explore how they can harness lived experiences in the work context.

Anomalous Breaking of Scale Invariance in a Two-Dimensional Fermi Gas.

The frequency of the breathing mode of a two-dimensional Fermi gas with zero-range interactions in a harmonic confinement is fixed by the scale invariance of the Hamiltonian. Scale invariance is broken in the quantized theory by introducing the two-dimensional scattering length as a regulator. This is an example of a quantum anomaly in the field of ultracold atoms and leads to a shift of the frequency of the collective breathing mode of the cloud. In this work, we study this anomalous frequency shift for a two-component Fermi gas in the strongly interacting regime. We measure significant upwards shifts away from the scale-invariant result that show a strong interaction dependence. This observation implies that scale invariance is broken anomalously in the strongly interacting two-dimensional Fermi gas.