65 research outputs found
Analysis of the relationship between religion and forgiveness
Forgiveness has been found important for human social functioning within and across cultures. Empirical findings from the last four decades pointed to the role of forgiveness in improving physical, mental, and spiritual health. As a result, forgiveness practices have been extended into the fields of counseling psychology, education, and peace-making. Other studies suggest that religious commitment increases a person’s likelihood to forgive and that practicing forgiveness mediates the effect of religion on health. Schema Theory was used to interpret religious background or lack of religion as factors shaping specific mental structures. These mental structures could lead to different forgiveness schemata, which reflect in different perceptions, encoding, comprehension, and practice of forgiveness.
The purpose of the study was to investigate the relationship among forgiveness, religiosity, and lack of religion. The study compared forgiveness aspects between and within groups: the affect, cognition, and behavior related to forgiveness towards a specific offender, the forgiveness likelihood based on religious background, and the effects of intrinsic versus extrinsic belief orientation on forgiveness likelihood in hypothetical situations.
The research design was causal-comparative with cross-sectional survey methodology and included three measures (i.e., Enright’s Forgiveness Inventory, Forgiveness Likelihood Scale, and Religious Orientation Scale) with a number of scales. The survey was distributed to 334 participants (Muslim, N = 116; Christian, N = 106; Atheist, N = 112). The analyses consisted of descriptive statistics, one-way ANOVAs, one-way MANOVA, multiple regressions, and structural equation modelling. Some of the results suggested that Christian participants reported greater commitment to their beliefs, more advances towards completed forgiveness process, more positive feelings, thoughts, and actions towards a specific offender, and greater forgiveness likelihood. All participants, regardless of religion, who possessed intrinsic belief orientation, were more likely to forgive in presented hypothetical situations.
The findings from this study may help better understand the effect of individuals’ forgiveness schema. Also, the findings have practical implications for counseling interventions and education programs. The study advocates for increased sensitivity to religious plurality, including Atheism, in order for successful advances to be made towards improved well-being of diverse populations
Research methodology for ethnostatistics in organization studies: towards a historical ethnostatistics
Purpose: While quantification and performance measurement have proliferated widely in academia and the business world, management and organization scholars increasingly agree on the need for a more in-depth focus on the complex dynamics embedded in the construction, use and effects of quantitative measures (pertaining to the thread of research called ethnostatistics). This paper develops a pluralistic method for conducting ethnostatistical research in organizational settings. Whilst presenting practical techniques for conducting research in live settings, it also discusses how historical approaches which focus on source criticism and contextual reconstruction could overcome the limitations of ethnostatistics.
Design/methodology/approach: The methodological approach of this paper encompasses an in-depth discussion of the ethnostatistical method, its underlying assumptions and its methodological limitations. Based on this analysis, the authors propose a pluralistic method (model) for conducting ethnostatistical research in organizational settings based on the integration of 1) research practices employed by one of the authors conducting ethnostatistical research in a large multinational organization and 2) best practices from ethnographic and historical research.
Findings: This paper suggests how historical approaches can successfully join ethnostatistical enquiries in an attempt to overcome some limitations in existing conventional methods. The developed framework explores four levels of analysis (ethnography, statistics at work, rhetoric of statistics and history of statistics) and suggests practical approaches for each level that can contribute to strengthening the research output and overcoming limitations when using ethnostatistics.
Originality/value: This paper contributes to the ethnostatistical field by discussing the intersection between history and ethnography and the ways for their complementary use in organizational and management research on quantification processes. As such it offers unique insights and hands-on experience from conducting ethnostatistical enquiries in live organizational settings
Immersed nano-sized Al dispersoids in an Al matrix; effects on the structural and mechanical properties by Molecular Dynamics simulations
We used molecular dynamics simulations based on a potential model in analogy
to the Tight Binding scheme in the Second Moment Approximation to simulate the
effects of aluminum icosahedral grains (dispersoids) on the structure and the
mechanical properties of an aluminum matrix. First we validated our model by
calculating several thermodynamic properties referring to the bulk Al case and
we found good agreement with available experimental and theoretical data.
Afterwards, we simulated Al systems containing Al clusters of various sizes. We
found that the structure of the Al matrix is affected by the presence of the
dispersoids resulting in well ordered domains of different symmetries that were
identified using suitable Voronoi analysis. In addition, we found that the
increase of the grain size has negative effect on the mechanical properties of
the nanocomposite as manifested by the lowering of the calculated bulk moduli.
The obtained results are in line with available experimental data.Comment: 15 pages, 8 figures. Submitted to J. Phys: Condens. Matte
Ising models with long-range dipolar and short-range ferromagnetic interactions
We study the ground state of a --dimensional Ising model with both long
range (dipole--like) and nearest neighbor ferromagnetic (FM) interactions. The
long range interaction is equal to , , while the FM interaction
has strength . If and is large enough the ground state is FM,
while if the FM state is not the ground state for any choice of
. In we show that for any the ground state has a series of
transitions from an antiferromagnetic state of period 2 to --periodic
states of blocks of sizes with alternating sign, the size growing when
the FM interaction strength is increased (a generalization of this result
to the case is also discussed). In we prove, for , that the dominant asymptotic behavior of the ground state energy agrees
for large with that obtained from a periodic striped state conjectured to
be the true ground state. The geometry of contours in the ground state is
discussed.Comment: 16 pages; references added, minor changes in the introduction and one
remark added after theorem 3. Final version, to appear in Phys. Rev.
Striped periodic minimizers of a two-dimensional model for martensitic phase transitions
In this paper we consider a simplified two-dimensional scalar model for the
formation of mesoscopic domain patterns in martensitic shape-memory alloys at
the interface between a region occupied by the parent (austenite) phase and a
region occupied by the product (martensite) phase, which can occur in two
variants (twins). The model, first proposed by Kohn and Mueller, is defined by
the following functional: where
is periodic in and almost everywhere.
Conti proved that if then the minimal specific
energy scales like ,
as . In the regime , we improve Conti's results, by computing exactly the
minimal energy and by proving that minimizers are periodic one-dimensional
sawtooth functions.Comment: 29 pages, 3 figure
Froth-like minimizers of a non local free energy functional with competing interactions
We investigate the ground and low energy states of a one dimensional non
local free energy functional describing at a mean field level a spin system
with both ferromagnetic and antiferromagnetic interactions. In particular, the
antiferromagnetic interaction is assumed to have a range much larger than the
ferromagnetic one. The competition between these two effects is expected to
lead to the spontaneous emergence of a regular alternation of long intervals on
which the spin profile is magnetized either up or down, with an oscillation
scale intermediate between the range of the ferromagnetic and that of the
antiferromagnetic interaction. In this sense, the optimal or quasi-optimal
profiles are "froth-like": if seen on the scale of the antiferromagnetic
potential they look neutral, but if seen at the microscope they actually
consist of big bubbles of two different phases alternating among each other. In
this paper we prove the validity of this picture, we compute the oscillation
scale of the quasi-optimal profiles and we quantify their distance in norm from
a reference periodic profile. The proof consists of two main steps: we first
coarse grain the system on a scale intermediate between the range of the
ferromagnetic potential and the expected optimal oscillation scale; in this way
we reduce the original functional to an effective "sharp interface" one. Next,
we study the latter by reflection positivity methods, which require as a key
ingredient the exact locality of the short range term. Our proof has the
conceptual interest of combining coarse graining with reflection positivity
methods, an idea that is presumably useful in much more general contexts than
the one studied here.Comment: 38 pages, 2 figure
Modeling water regulation ecosystem services: A review in the context of ecosystem accounting
Natural Capital Accounting (NCA) has evolved rapidly in recent years through substantial efforts of both international organizations and the scientific community. Water regulation ecosystem services (ES) are key elements of regulating services in ecosystem accounting, with most relevant studies strongly relying on models for ES quantification up to now. In this paper, we provide a review of modeling efforts for water regulation ES based on 148 scientific papers, properly systematized, analyzed and interpreted by using a detailed and structured original template. We examined emerging trends and gaps in model applications and the readiness to integrate them into the NCA and SEEA-EA frameworks. We propose a classification scheme which organizes the 92 different models and modeling approaches identified in the review process into eight model categories so that this scheme can be efficiently used in the water ES assessment of and for further integration into the accounting framework. Among the models, the hydrologic model SWAT and the modeling tool InVEST are by far the most popular. The results of the review revealed differences between the general ES literature and the accounting-related papers. Moreover, our analysis sets the basis for useful recommendations of which model categories are the most appropriate for the water regulation ES, included in the SEEA-EA reference list. Based on the number of relevant papers, the reliability and the confidence level of the recommendations for the use of models have been incorporated in our analysis. We highlight as model category with the highest confidence the ones relative to quantification water flow and flood control service aiming at ES accounting. Models for erosion control ES can only be recommended with a lower confidence, while for water purification the results lack clear evidence for using a particular group of models. Based on the research findings we identified the main research priorities on model integration in the accounting of water regulation ES: 1) further development of guidelines for the use of models in ecosystem accounting; 2) analyses of the spatial aspects of the model towards a clear distinction between ecosystem service supply and use; and 3) development of integrated modeling approaches for water regulation ES accounting. © 2022 The Author(s
Au nanoparticle-functionalised WO3 nanoneedles and their application in high sensitivity gas sensor devices
A new method of synthesising nanoparticle-functionalised nanostructured materials via Aerosol Assisted Chemical Vapour Deposition (AACVD) has been developed. Co-deposition of Au nanoparticles with WO3 nanoneedles has been used to deposit a sensing layer directly onto gas sensor substrates providing devices with a six-fold increase in response to low concentrations of a test analyte (ethanol)
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