The literature describes a mismatch between the core concepts of salutogenesis, or sense of coherence (SOC), meaning manageability and comprehensibility, as these concepts are manifested in research with Western populations, as compared to non-Western populations. The overall objective of this study is to explore this mismatch and to understand how the core concept of salutogenesis is manifested in youth ages 14-16 from the indigenous Bedouin ethnic minority culture of the Negev, Israel, in their own terms through arts-based qualitative methods. The research methods revolved 80 drawings and texts by youth who drew "a good day that went bad - and how [I] fixed it" as well as focus groups. All data, both verbal and visual, were analysed by dividing into themes and then socially contextualising the themes with a peer group. The findings reveal and concretize a mismatch in SOC between these youth and the predominant Western understandings of coping in terms of meanings, manageability and comprehensibility of coping methods. This study's theoretical recommendations are the need to take steps in the direction of closing the gap or mismatch between a universal versus culturally specific body of literature about culture and SOC. Its practical recommendations are to suggest such a methodology.
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http://dx.doi.org/10.1002/ijop.12547 | DOI Listing |
Hum Dev
December 2024
Erasmus School of Social and Behavioral Sciences, Erasmus University Rotterdam, Rotterdam, The Netherlands.
How do we develop a stable and coherent self-concept in contemporary times? Susan Harter's original work, (1999; 2012), argues that cognitive and social processes are building blocks for developing a coherent sense of self, resulting in self-concept clarity across various domains in life (e.g., [pro-]social, academic, and physical).
View Article and Find Full Text PDFPhys Chem Chem Phys
January 2025
Chemical Sciences and Engineering Division, Argonne National Laboratory, 9700 South Cass Avenue, Lemont, Illinois 60439, USA.
Photosynthetic reaction center proteins (RCs) provide ideal model systems for studying quantum entanglement between multiple spins, a quantum mechanical phenomenon wherein the properties of the entangled particles become inherently correlated. Following light-generated sequential electron transfer, RCs generate spin-correlated radical pairs (SCRPs), also referred to as entangled spin qubit (radical) pairs (SQPs). Understanding and controlling coherence mechanisms in SCRP/SQPs is important for realizing practical uses of electron spin qubits in quantum sensing applications.
View Article and Find Full Text PDFJ Intellect Dev Disabil
June 2024
Kibbutzim College of Education, Technology and the Arts, Tel Aviv, Israel.
Background: The study examined relations between a number of variables regarding typically-developing adult siblings of individuals with intellectual and developmental disability: involvement in the lives of their siblings with disability, personal resources (self-efficacy and sense of coherence), loneliness, and adjustment.
Method: Participants included 99 siblings of individuals with intellectual and developmental disabilities who completed questionnaires examining involvement, personal resources (self-efficacy and sense of coherence), loneliness, and adjustment.
Results: Results indicated that siblings who are more involved and perceive their efficacy and coherence as higher and loneliness as lower, experience higher levels of mental wellbeing and lower levels of mental distress.
In this Letter, we propose and experimentally validate a high-fidelity and adaptive forward-phase-based vibration sensing using a Wiener filter (WF). In commercial coherent digital subcarrier multiplexing (DSCM) systems under external cavity lasers (ECLs), frequency-domain pilot tones (FPTs) in subcarrier intervals are employed for dynamic frequency offset estimation (FOE), carrier phase estimation (CPE), and polarization demultiplexing. The phase estimated by the CPE module is processed with the WF to achieve high-fidelity extraction of the vibration-induced phase.
View Article and Find Full Text PDFRandom lasers (RLs) with a simple structure and low-cost properties have been recognized as an ideal analytical platform and are still challenging for liquid detecting, remaining beset for low sensitivity, complicated operation, and large analyte consumption. Here, inspired by a microfluidic sensor, a microtubule structured random laser for multifunctional sensing is demonstrated. The random laser is achieved resorting to a curly PMMA film with gain and scatterers embedded in it.
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