Dichotomy In Behavior Research Articles

Esensi Asrar al-Ahkam dalam Lirik Tembang Tombo Ati Gubahan Sunan Bonang sebagai Alternatif Obat Antidepresan

Nowadays, depression is a type of psychiatric disorder that is most often experienced by people. Some people with symptoms of depression choose to go to a psychologist/psychiatrist to undergo treatment with prescription ‘anti-depressant drugs’ where all these chemicals have side effects on the patient’s health. In this case, Islam provides an alternative to these anti-depressants by practicing the essence of ‘Tombo Ati’ song by Sunan Bonang. This study uses the Asrarul Ahkam as a branch of science. That is proof that each of these Islamic syari’ah exists to safeguard religion, mind, soul, lineage (heredity) and protect property. In other words, the dimension of Islamic law is not limited to spiritualism/metaphysics. However, Islamic shari’ah can cover material dimensions, science and other worldly matters. This study aims to break the behavioral dichotomy between science and spiritual values in psychiatric treatment, especially depressive disorders in patients using the essence of Asrarul Ahkam in the song ‘Tombo Ati’ which contains, among other things: Medicine for the heart, there are 5 cases, reading the Qur'an and its meaning, night prayers, zikr at night, gathering with righteous people and fasting orders. This study uses a qualitative descriptive method and library research techniques to collect data. The results of the study show that some Sufistic psychotherapists who practice this have achieved effective results in reducing depression, stress and other mental disorders so that the essence of ‘Tombo Ati’ song is worthy of being an alternative option so that depressed patients are not addicted to anti-depressants.

Transformative privacy calculus: Conceptualizing the personalization‐privacy paradox on social media

AbstractThe rapid evolution of digital marketing underscores a critical tension between personalization and privacy, exacerbated by advances in data technologies and artificial intelligence. This study delves into the personalization‐privacy paradox, emphasizing the dichotomy of consumer behavior—desiring customized interactions while guarding personal data. We explore how happiness with the internet (HWI) influences users' willingness to disclose personal information on social media, employing social exchange theory as our conceptual framework. Our research develops and tests a conceptual model that investigates the psychological mechanisms driving information‐sharing behaviors on social media, including the moderating roles of trust beliefs and information collection concerns. By examining the mediating effect of posting frequency on the relationship between HWI and information disclosure for personalization, our findings contribute to understanding the complex interplay between happiness, trust and privacy concerns, coined as transformative privacy calculus. Our study enriches social exchange and privacy calculus theories, providing valuable implications for marketers aiming to navigate the balance between personalization and privacy, suggesting strategies to enhance user engagement without compromising privacy standards.

The Role of Grain Size in the Mechanical Properties of Metals

It is now well established that the grain size is the fundamental microstructural feature of all polycrystalline materials. In practice, a very wide range of grain sizes will be needed in order to fully evaluate the effect of grain size on the mechanical properties of metals. For many years this was a significant limitation because it was not possible to use conventional thermomechanical processing to produce materials with submicrometer or nanometer grain sizes. Recently, this problem has been addressed by developing alternative processing techniques based on the application of severe plastic deformation. This overview demonstrates that, although the flow stress increases with decreasing grain size at low temperatures and decreases with decreasing grain size at high temperatures, this clear dichotomy in behavior may be adequately explained by using a single theoretical flow mechanism based on the occurrence of grain boundary sliding.

The first mm detection of a neutron star high-mass X-ray binary

ABSTRACT Neutron stars accreting from OB supergiants are often divided between persistently and transiently accreting systems, called supergiant X-ray binaries (SgXBs) and supergiant fast X-ray transients (SFXTs). This dichotomy in accretion behaviour is typically attributed to systematic differences in the massive stellar wind, binary orbit, or magnetic field configuration, but direct observational evidence for these hypotheses remains sparse. To investigate their stellar winds, we present the results of pilot 100-GHz observations of one SFXT and one SgXB with the Northern Extended Millimetre Array. The SFXT, IGR J18410-0535, is detected as a point source at 63.4 ± 9.6 μJy, while the SgXB, IGR J18410-0535 remains undetected. Radio observations of IGR J18410-0535 imply a flat or inverted low-frequency spectrum, arguing for wind emission and against non-thermal flaring. Due to the uncertain SFXT distance, however, the observations do not necessarily imply a difference between the wind properties of the SFXT and SgXB. We compare the mm constraints with other HMXBs and isolated OB supergiants, before considering how future mm campaigns can constrain HMXB wind properties by including X-ray measurements. Specifically, we discuss caveats and future steps to successfully measure wind mass-loss rates and velocities in HMXBs with coordinated mm, radio, and X-ray campaigns.

The crime-culture connection in a crime fact story: An applied approach

This paper explores “crime” as cultural and not simply an individual act. The aim is to contextualize a transgression as an outcome of a social “phenomenon” that happens in real-time, is reported in the newspaper and TV documentaries, and is adopted for analysis as a “crime fact story”. Using a “discourse-based” frame analysis of the non-linear narrative characteristic of offender engagement discourse, I reorganize the narrator’s experience. Secondly, in the narrative act of the “double function” of a narrator as a character, I reveal an “unreliable” stance when the narrator, like the transgressor, is the victim of the interpretations the actors make of their surroundings in the 1st story of crime. In reorganizing the narrator’s experience, there are “microcontexts” which, as alternative storyworld, emulate the causes leading to the transgression left unnarrated in the 2nd “story of investigation”. Consequently, a “perpetrator-culture” nexus is conceptualized in the dichotomy of social factors and criminal behaviour, which is a phenomenon and represented as antecedentless pronouns and inanimate nouns in the text, stylistically “repeated” for emphasis in the discourse. The paper emphasizes the need to consider the impact of factors that influence society and inform deviance within a context of “culture” that is of shared value and behaviour and situates an offence to the interpretations the actors cognitively make of their surroundings.

Discourse analysis on the editorial of “politics without principles”

Discourse is built by linguistic structures with multidimensional relationships. Relationships in discourse are endophoric-exophoric and anaphoric-cataphoric. Such a relationship implies meaning, both linguistically and in discourse. From the discourse on "Politics without Principles", the third paragraph specifically clearly describes the dichotomy of speech and behavior. If the linguistic meaning and discourse are drawn into politics, then what is essential from a healthy and conscientious politics is a real relationship between speech and behavior.

Binary-stripped Stars as Core-collapse Supernovae Progenitors

Abstract Most massive stars experience binary interactions in their lifetimes that can alter both the surface and core structure of the stripped star with significant effects on their ultimate fate as core-collapse supernovae. However, core-collapse supernovae simulations to date have focused almost exclusively on the evolution of single stars. We present a systematic simulation study of single and binary-stripped stars with the same initial mass as candidates for core-collapse supernovae (11–21 M ⊙). Generally, we find that binary-stripped stars core tend to have a smaller compactness parameter, with a more prominent, deeper silicon/oxygen interface, and explode preferentially to the corresponding single stars of the same initial mass. Such a dichotomy of behavior between these two modes of evolution would have important implications for supernovae statistics, including the final neutron star masses, explosion energies, and nucleosynthetic yields. Binary-stripped remnants are also well poised to populate the possible mass gap between the heaviest neutron stars and the lightest black holes. Our work presents an improvement along two fronts, as we self-consistently account for the pre-collapse stellar evolution and the subsequent explosion outcome. Even so, our results emphasize the need for more detailed stellar evolutionary models to capture the sensitive nature of explosion outcome.

Substrate stiffness effects on SH-SY5Y: The dichotomy of morphology and neuronal behavior.

Like many other cell types, neuroblastoma cells are also known to respond to mechanical cues in their microenvironment in vitro. They were shown to have mechanotransduction pathways, which result in enhanced neuronal morphology on stiff substrates. However, in previous studies, the differentiation process was monitored only by morphological parameters. Motivated by the lack of comprehensive studies that investigate the effects of mechanical cues on neuroblastoma differentiation, we used SH-SY5Y cells differentiated on polyacrylamide (PA) gels as a model. Cells differentiated on the surface of PA hydrogels with three different elastic moduli (0.1, 1, and 50 kPa) were morphologically evaluated and their electrophysiological responsiveness was probed using calcium imaging. Immunodetection of neural marker TUJ1 and p-FAK was used for biochemical characterization. Groups with defined stiffness that are matching and nonmatching to neural tissue extracellular matrix were used to distinguish biomimetic results from other effects. Results show that while cells display morphologies that do not resemble neurons on soft substrates, they are in fact electrophysiologically more responsive and abundant in neuronal marker TUJ1. Our findings suggest that while neuronal differentiation occurs more efficiently in microenvironments mechanically mimicking neural tissue, the SH-SY5Y model demonstrates morphologies that conflict with neuronal behavior under these conditions. These results are expected to contribute considerable input to researchers that use SH-SY5Y as a neuron model.

Spike Afterpotentials Shape the In Vivo Burst Activity of Principal Cells in Medial Entorhinal Cortex.

Principal neurons in rodent medial entorhinal cortex (MEC) generate high-frequency bursts during natural behavior. While in vitro studies point to potential mechanisms that could support such burst sequences, it remains unclear whether these mechanisms are effective under in vivo conditions. In this study, we focused on the membrane-potential dynamics immediately following action potentials (APs), as measured in whole-cell recordings from male mice running in virtual corridors (Domnisoru et al., 2013). These afterpotentials consisted either of a hyperpolarization, an extended ramp-like shoulder, or a depolarization reminiscent of depolarizing afterpotentials (DAPs) recorded in vitro in MEC principal neurons. Next, we correlated the afterpotentials with the cells' propensity to fire bursts. All DAP cells with known location resided in Layer II, generated bursts, and their interspike intervals (ISIs) were typically between 5 and 15 ms. The ISI distributions of Layer-II cells without DAPs peaked sharply at around 4 ms and varied only minimally across that group. This dichotomy in burst behavior is explained by cell-group-specific DAP dynamics. The same two groups of bursting neurons also emerged when we clustered extracellular spike-train autocorrelations measured in real 2D arenas (Latuske et al., 2015). Apart from slight variations in grid spacing, no difference in the spatial coding properties of the grid cells across all three groups was discernible. Layer III neurons were only sparsely bursting (SB) and had no DAPs. As various mechanisms for modulating ion-channels underlying DAPs exist, our results suggest that temporal features of MEC activity can be altered while maintaining the cells' overall spatial tuning characteristics.SIGNIFICANCE STATEMENT Depolarizing afterpotentials (DAPs) are frequently observed in principal neurons from slice preparations of rodent medial entorhinal cortex (MEC), but their functional role in vivo is unknown. Analyzing whole-cell data from mice running on virtual tracks, we show that DAPs do occur during behavior. Cells with prominent DAPs are found in Layer II; their interspike intervals (ISIs) reflect DAP time-scales. In contrast, neither the rarely bursting cells in Layer III, nor the high-frequency bursters in Layer II, have a DAP. Extracellular recordings from mice exploring real 2D arenas demonstrate that grid cells within these three groups have similar spatial coding properties. We conclude that DAPs shape the temporal response characteristics of principal neurons in MEC with little effect on spatial properties.

Volume of the set of LOCC-convertible quantum states

The class of quantum operations known as local operations and classical communication (LOCC) induces a partial ordering on quantum states. We present the results of systematic numerical computations related to the volume (with respect to the unitarily invariant measure) of the set of LOCC-convertible bipartite pure states, where the ordering is characterised by an algebraic relation known as majorization. The numerical results, which exploit a tridiagonal model of random matrices, provide quantitative evidence that the proportion of LOCC-convertible pairs vanishes in the limit of large dimensions, and therefore support a previous conjecture by Nielsen. In particular, we show that the problem is equivalent to the persistence of a non-Markovian stochastic process and the proportion of LOCC-convertible pairs decays algebraically with a nontrivial persistence exponent. We extend this analysis by investigating the distribution of the maximal success probability of LOCC-conversions. We show a dichotomy in behaviour between balanced and unbalanced bipartitions. In the latter case the asymptotics is somehow surprising: in the limit of large dimensions, for the overwhelming majority of pairs of states a perfect LOCC-conversion is not possible; nevertheless, for most states there exist local strategies that succeed in achieving the conversion with a probability arbitrarily close to one. We present strong evidence of a universal scaling limit for the maximal probability of successful LOCC-conversions and we suggest a connection with the typical fluctuations of the smallest eigenvalue of Wishart random matrices.

Hybrid Organizations: The Influence of a Behavioral Dichotomy on Organizational Inclusiveness

In this paper, we link specific interorganizational citizenship behaviors to distinct institutional logics of automotive hybrid organizations and indicate how these behaviors influence the organiza...

Novel habitat causes a shift to diurnal activity in a nocturnal species

Plastic responses may allow individuals to survive and reproduce in novel environments, and can facilitate the establishment of viable populations. But can novel environments reveal plasticity by causing a shift in a behavior as fundamental and conspicuous as daily activity? We studied daily activity times near the invasion front of the cane toad (Rhinella marina), an invasive species that has colonized much of northern Australia. Cane toads in Australia are nocturnal, probably because diurnal activity would subject them to intolerably hot and dry conditions in the tropical savannah during the dry season. Our study can demonstrate, however, that upon reaching novel environments some toad populations became diurnal. Sandstone gorges offered cane toads novel, deeply shaded habitat. Gorges with an east-west axis (day-long northern shadow), narrow gorges and narrow sections of gorges contained toads that were primarily diurnal, while gorges with a north-south axis, wide gorges and wide sections of gorges contained mainly nocturnal toads. For example, remote camera data (1314 observations of toad activity times over 789 trap days) revealed strictly nocturnal activity at four ‘exposed’ sites (99% of 144 observations over 179 days), compared to mostly diurnal activity at a ‘shaded’ site (78% of 254 observations). Visual encounter surveys confirmed that diurnal activity occurred exclusively at shaded sites, while most nocturnal activity occurred at exposed sites. The close proximity of diurnal and nocturnal toads (4–7 km) provided compelling evidence for the abovementioned physical factors as the proximate cause of the behavioral dichotomy, and for a novel (deeply shaded gorges) environment causing the shift to diurnal activity.

Divergence in Time Apportionments of Tongue Protraction and Retraction Phases for Feeding Honey Bee Drones and Workers

Honey bees have three castes, drones, workers, and queens, that accomplish different tasks. In this research, we revealed the divergence in feeding behavior of drones and workers by experimental and theoretical techniques from the perspective of tongue kinematics. We observed the feeding cycles from living drones and workers of Apis mellifera ligustica and introduced a fluid transport model for computing the energy consumption during nectar feeding. We derived the theoretically-optimal time apportionment ratios (TARs) in the tongue protraction and retraction phases of drones and workers under the objective function of maximizing the efficiency of nectar uptake. By comparing the theoretically-optimal TARs with the real ones, we drew a conclusion that there is a dichotomy in nectar-feeding behavior between drones and workers. The actual TAR of drones is not consistent with the theoretically-optimal TAR while the actual TAR of workers is. This dichotomy may be caused by caste-related labor and environmental constraints.

The lens of Brexit: Examining cultural divisions among Northern Ireland farmers

This article seeks to add to our understanding of the public versus private behavioral dichotomy in Northern Ireland by examining the underlying system of moralities. I argue that two sets of values, a “public” and a “private” one, exist within the Northern Ireland farming community. According to public values, it is more important to be a “good person” (honest, caring, hardworking) than a Protestant or Catholic. In contrast, the system of private values acknowledges the significance of ethnoreligious identities to economic and social relationships. Knowing when to use each set of values is a form of Northern Ireland cultural intimacy. I use the lens of a potential Brexit, as imagined by farmers in 2013–14, to examine these opposing moralities. Providing more depth to participants' views of the European Union (EU) and each other, I discuss their interactions at the Farmers' Advice Center. Both Protestants and Catholics identified England as a place of industry and Ireland as a place of agriculture. No one said that his or her views were influenced by ethnoreligious identity. However, most Protestants stated that Northern Ireland could produce “domestic” food for the United Kingdom with a national subsidy. Catholics believed that farmers benefit from EU subsidies and would benefit even more if they lived in a member state supportive of agriculture, such as the Republic of Ireland. The theory of internal colonialism, in which peripheral countries (Northern Ireland, Scotland, Wales) provide resources to England, illuminates participants' political views.

60NiTi: A Review of Recent Research Findings, Potential for Structural and Mechanical Applications, and Areas of Continued Investigations

Recent advances in the manufacture and processing of high purity NiTinol 60 (60 wt% Ni–40 wt% Ti) has spurred a renewed interest in the use of this alloy for structural and mechanical component applications. NiTinol 60 (60NiTi) exhibits excellent corrosion resistance, can be hardened to high levels, has a low elastic modulus and extensive elastic range that imparts high mechanical contact load resilience. It is dimensionally stable, has good bio-compatibility, can be machined into precision components and is non-magnetic. This unique set of characteristics make the intermetallic 60NiTi suitable for a wide variety of applications in the marine, medical, aerospace and food processing industries. This article surveys and reviews a broad range of historic and recent publications on 60NiTi to highlight what is known and areas that require further study. In particular, recent results indicate a dichotomy in friction and wear behavior. Under good lubrication (liquid or solid) both friction and wear are low but in dry un-lubricated sliding, wear exceeds that of other materials such as steel that have comparable hardness. This unexpected behavior is proposed as an important topic for future investigations before any of widespread adoption in engineering applications.

A strong TB programme embedded in a developing primary healthcare system is a lose-lose situation: insights from patient and community perspectives in Cambodia.

As exemplified by the situation in Cambodia, disease specific (vertical) health programmes are often favoured when the health system is fragile. The potential of such an approach to impede strengthening of primary healthcare services has been studied from a health systems perspective in terms of access and quality of care. In this bottom-up, qualitative study we investigate patient and community member experiences of health services when a strong tuberculosis (TB) programme is embedded into a relatively underutilized primary healthcare system. We conducted six gender-stratified community focus group discussions (n = 49) and seven mixed-gender focus group discussions with TB patients (n = 45) in three provinces located in urban, peri-urban and rural areas of Cambodia. Our analysis of health-seeking behaviour and experiences for TB and TB-like illness indicates that building a strong vertical TB control programme has had numerous benefits, including awareness of typical symptoms and need to seek care early; confidence in free TB services at public facilities; and willingness to complete treatment. However, there was a clear dichotomy in experiences and behaviour with respect to care-seeking for less severe illness at primary health services, which were generally avoided owing to access barriers and perceived poor quality. The tendency to delay seeking health care until the development of severe symptoms clearly indicative of TB is a major barrier to early diagnosis and treatment of TB. Our study indicates that an imbalance in the strength of vertical and primary health services could be a lose-lose situation as this impedes improvements in health system functioning and constrains progress of vertical disease control programmes.

Dichotomy in ultrafast atomic dynamics as direct evidence of polaron formation in manganites

AbstractPolaron transport, in which electron motion is strongly coupled to the underlying lattice deformation or phonons, is crucial for understanding electrical and optical conductivities in many solids. However, little is known experimentally about the dynamics of individual phonon modes during polaron motion. It remains elusive whether polarons have a key role in materials with strong electronic correlations. Here we report the use of a new experimental technique, ultrafast MeV-electron diffraction, to quantify the dynamics of both electronic and atomic motions in the correlated LaSr2Mn2O7. Using photoexcitation to set the electronic system in motion, we find that Jahn-Teller-like O, Mn4+ and La/Sr displacements dominate the lattice response and exhibit a dichotomy in behaviour—overshoot-and-recovery for one sublattice versus normal behaviour for the other. This dichotomy, attributed to slow electronic relaxation, proves that polaron transport is a key process in doped manganites. Our technique promises to be applicable for specifying the nature of electron–phonon coupling in complex materials.

Periodic and non-periodic solutions in a Ricker-type second-order equation with periodic parameters

We study the dynamics of the positive solutions of the exponential difference equationwhere the sequence is periodic. We find that qualitatively different dynamics occurs depending on whether the period p of is odd or even. If p is odd then periodic and non-periodic solutions coexist (with different initial values) if the amplitudes of the terms are allowed to vary over a sufficiently large range. But if p is even then all solutions converge to an asymptotically stable limit cycle of period p if either all the odd-indexed or all the even-indexed terms of are less than 2, and the sum of the even terms of does not equal the sum of its odd terms. The key idea in our analysis that explains this behavioural dichotomy is a semiconjugate factorization of the above equation into a triangular system of two first-order equations.

Sex differences in impulsive and compulsive behaviors: a focus on drug addiction.

Sex differences in inhibition and self-regulation at a behavioral level have been widely described. From an evolutionary point of view, the different selection pressures placed on male and female hominids led them to differ in their behavioral strategies that allowed our species to survive during natural selection processes. These differences reflect changes in neural and structural plasticity that might be the core of sex differences, and of the susceptibility towards one psychiatric condition rather than another. The goal of the present review is to summarize current evidence for such a dichotomy in impulsive and compulsive behavior with a focus on drug addiction. Sex-dependent differences in drug abuse and dependence will be examined in the context of pathophysiological regulation of impulse and motivation by neuromodulators (i.e. gonadal hormones) and neurotransmitters (i.e. dopamine). Advances in the understanding of the sex differences in the capability to control impulses and motivational states is key for the determination of efficacious biologically based intervention and prevention strategies for several neuropsychiatric disorders where loss of impulse control and compulsivity are the core symptoms.

Expression and Self-Consciousness

This article argues that nonverbal spontaneous expressions of mental states in human beings involve self-consciousness. We—language-using rational creatures—are capable of knowing our smiles, winces, and frustrated frowns in a self-conscious way. This distinguishes expressions from mere reflexes and mere physiological responses. Such a capacity is, further, essential to such forms of behavior. This is shown by the difficulty of constructing a coherent scenario where we—keeping our rational and conceptual capacities otherwise intact—can nonverbally express our mental states but where we lack a capacity to self-consciously self-ascribe them. Moreover, the article argues that we should not take the connection between nonverbal spontaneous expression and self-consciousness to imply that expressions are intentional actions. Such an implication is due to a commonly accepted but false dichotomy of intentional action and mere behavior.