Authors: Jennifer D. Watts1; Stefano Potter1; Brendan M. Rogers1, Anna-Maria Virkkala1, Greg Fiske1, Kyle A. Arndt1, Arden Burrell1, Kevin Butler2, Bob Gerlt2, John Grayson2, Tatiana A. Shestakova3,4, Jinyang Du5, Youngwook Kim6, Frans-Jan Parmentier7, Susan M. Natali11 Woodwell Climate Research Center, 149 Woods Hole Road, Falmouth, MA, 02540.2 Environmental Systems Research Institute (Esri). 380 New York Street, Redlands, CA, 92373.3 Department of Agricultural and Forest Science and Engineering, University of Lleida, Av. Alcalde Rovira Roure, 191, Lleida, Spain, 25198.4 Joint Research Unit CTFC–AGROTECNIO–CERCA, Av. Alcalde Rovira Roure, 191, Lleida, Spain, 25198.5 Numerical Terradynamic Simulation Group (NTSG), ISB 415, 32 Campus Drive, Missoula, MT, 59812.6 Department of Biology, United Arab Emirates University, Al Ain, Abu Dhabi, UAE, 15551.7 Center for Biogeochemistry of the Anthropocene, Department of Geosciences, University of Oslo, N-0315, Oslo, Norway.

Department of Psychology, University of Nevada, Reno, USA

David A. Wood11 School of Biomedical Engineering and Imaging Sciences, King’s College London, Rayne Institute, 4th Floor, Lambeth Wing, London SE17 7EH, United Kingdom

Sheridan SalterExcel High SchoolAbstractThis paper aims to investigate the potential of an interconnecting representational chainmail reality. The umbrella term of spacetime and quantum entanglement is this dimension. It is characterized by a nonrelativistic specialization of phase waves, which emphasizes that they are a relativistic concept. The properties of de Broglie waves’ frequency, wavelength, and velocity are found under a Lorentz transformation.IntroductionReality is not a standalone that happens to experience entanglement; rather, it is a chainmail-like data processing system that requires multiple components to function from a separate reality. Co-dependent realities refer to the connection between the nature of our experiences and perceptions. this concept means that our realities are not isolated, but rather influenced and dependent on the realities of others experiences and actions of one person can have a direct impact on the experiences and actions of another, creating a web of interconnectedness that shapes our understanding of the world. Today we will discuss why this is true and the procedures used to carry this theory out.TimeWhat would time look like in a world where chain dependency was common? We bring this up concerning time travel and/or other content of rifts that can affect dimensional collapse or warping. We must account for the inconsistency of stability because of how delicate these connections are. the Möbius strip answered this question. How does this enable true time travel between dependent realities? (time travel is possible it’s just very chaotic)In the circle then, and in the area intersecting with the chain link, which would enable academic penetration of the alternative chain, but with different traps than knowing if a person is alive. Rips and cracks can accelerate parts past the speed of light if the chains are punctured. Relativity, system titles, and mortals. However, we must look at the time itself; according to Albert Einstein, ”Time is what clocks measure” (Dowden, B. (2021). Time. Online Encyclopedia of Gospel. https://iep.utm.edu/time/). and we’re asking the meaning of the noun ”time.” A first step in this direction might be to filter the difference between what it means and what it refers to. The temporary word changes its reference every minute, not its meaning. Gottfried Leibniz. (Dowden, B. (2021). Time. Online Gospel Encyclopedia. https//iep.utm.edu/time/) Grammatically, we must understand that ”time” is not a noun but a concept.As Herman Minoski stated, ”The correct way to understand relativity is to say that time is a fixed, non-spatial dimension of space, and time has no existence independent of space. Einstein agreed.” (Dowden, B. (2021). Time. Online Gospel Encyclopedia. https//iep.utm.edu/time/) This is important because time is no longer considered a dimension or essentially independent, meaning that time depends on some other factor, similar to titles or spacetime itself. Eisenstein later discovered ”that real spacetime is dynamic and not static. That is, its structure, like its pattern, changes over time when the matter-energy distribution changes. According to special reciprocity and Newton’s proposal, spacetime is not dynamic; it remains the same regardless of what matter and energy do. ” Dowden, B.( 2021). Time. Gopel’s Online Encyclopedia. https//iep.utm.edu/time/) Time therefore now depends on matter and energy to remain static as a concept; space-time can rotate. We do not know the real curvature of our space. However, there is still good empirical evidence, obtained in the 1990s, that the total cosmic curvature of space is approximately zero but is evolving to a positive value.” Dowden, B. (2021). Time. Online Encyclopedia of Gospel. https://iep.utm.edu/time/. Significant numbers and imaginary numbers are now most likely to be positive in this ”space.” However, these dependent realities should be negative because it is a ”photographed” image that constantly spreads and destroys itself. Although we do not know whether these states would be deformed, we know that the other limitations would be negative because the state they now inhabit is a plane we cannot access unless we separate our mortal matter and parts, and they also reconnect.Not to mention, we start immersing ourselves in scenarios where we cannot understand what we are witnessing. Another question arises: ”How do we know that it is not straight up or down to the left or right?” Absolute space is ridiculous because, according to Leibniz, it ignores the principle of sufficient reason. He also argues that there would be no sufficient reason to create a macrocosm other than two dimensions to the left since no region of space is distinguishable. from something else (see ”Correspondence with Clarke,” the fourth book of Leibniz). (Similar problems can affect the generalization of absolute time.) ”. Burnham, D. (2010). Gottfried Leibniz Metaphysics. Online Gospel Encyclopedia. https:///iep.utm.edu/leib-met/#H7) So these other dependent realities are not just filled with chaotic figures and unfathomable forms far from the chain mail; we at least see that as its primary form. This gives an interesting cobweb substance that also flows into an electromagnetic wave that acts and reacts to itself. In summary, these realities are interdependent and highly dependent on each other to remain stable in a chaotic state that is constantly affecting and tearing it apart. Although time travel is possible, we cannot ignore the fact that what we are witnessing would be intractable in three dimensions.The space

This research paper provides a comprehensive exploration of phishing attacks in the cybersecurity landscape, tracing their evolution from rudimentary email scams to sophisticated social engineering tactics and technological integrations. Emphasizing the human-centric nature of phishing, the study delves into the psychological and sociotechnical aspects exploited by attackers, highlighting the significance of understanding human vulnerabilities. The economic and reputational consequences of phishing, including financial losses and long-lasting reputational damage, are scrutinized, underlining the need for comprehensive risk mitigation strategies.

In a multi-fold universe, gravity emerges from Entanglement through the multi-fold mechanisms. As a result, gravity-like effects appear in-between entangled particles, whether they be real or virtual. Long range, massless gravity results from entanglement of massless virtual particles. Entanglement of massive virtual particles leads to massive gravity contributions at very smalls scales. Multi-folds mechanisms also result into a spacetime that is discrete, with a random walk fractal structure and non-commutative geometry that is Lorentz invariant, and where spacetime nodes and particles can be modeled with microscopic black holes. All these recover General Relativity (GR) at large scales and semi-classical models remain valid till smaller scale than usually expected. Gravity can therefore be added to the Standard Model resulting into what we define as SM G. This can contribute to resolving several open issues with the Standard Model without New Physics other than gravity, i.e. no new particles or forces, or with the standard cosmological model (ΛCDM) in terms of dark matter and dark energy. These considerations hint at an even stronger relationship between gravity and the Standard Model. Multi-folds can be encountered in GR at Plank scales, in spacetime quantization starting from the Hilbert Einstein action, and in the equivalence principle of suitable quantum reference frames in relational quantum physics. Conversely, GR and Quantum physics, including path integrals, the Born rule, and wave functions, can be recovered through different paths from multi-fold spacetime reconstruction and the W-type multi-fold hypothesis. In a multi-fold universe, GR and Quantum Physics are not incompatible, they are just different facets of multi-fold mechanisms, something that neither theory can well model. Several multi-fold papers have emphasized how multi-fold dark matter effects qualitatively fit recent observations, especially when it comes to the recent observations of galaxies without dark matter. In the present paper, we show that the excess of disk galaxies observed versus simulations, and the hints of dark matter halos "expanding" with time, are fully consistent multi-fold dark matter mechanisms. Considering the recent theoretical encounters of multifold mechanisms with GR at Planck scales, this is very important as multi-fold dark matter effects contributions would be a best candidate to validate the link between quantum entanglement and gravity fluctuations due to multi-fold, and therefore confirm the E/G Conjecture as factual in our real universe.

A document by Yang Zhang. Click on the document to view its contents.

A document by Marion Bocquet. Click on the document to view its contents.

The use of seismic catalogs enhanced through advanced detection techniques improves the understanding of earthquake processes by illuminating the geometry and mechanics of fault systems. In this study, we performed accurate hypocentral locations, source parameters estimation and stress release modelling from deep catalogs of microseismic sequences nucleating in the complex normal fault system of the Southern Apennines (Italy). The application of advanced location techniques resulted in the relocation of ~ 30% of the earthquakes in the enhanced catalogs, with relocated hypocenters clearly identifying local patches on kilometer-scale structures that feature consistent orientation with the main faults of the area. When mapping the stress change on the fault plane, the inter-event distance compared to the size of the events suggests that the dominant triggering mechanism within the sequences is static stress transfer. The distribution of events is not isotropic but dominantly aligned along the dip direction. These slip-dominated lineations could be associated with striations related to fault roughness and could map the boundary between locked and creeping domains in Apulian platform and basement.

Emissions of anthropogenic aerosols are rapidly changing, in amounts, composition and geographical distribution. In East and South Asia in particular, strong aerosol trends combined with high population densities imply high potential vulnerability to climate change. Improved knowledge of how near-term climate and weather influences these changes is urgently needed, to allow for better-informed adaptation strategies. To understand and decompose the local and remote climate impacts of regional aerosol emission changes, we perform a set of Systematic Regional Aerosol Perturbations (SyRAP) using the reduced-complexity climate model FORTE 2. Absorbing and scattering aerosols are perturbed separately, over East Asia and South Asia, to assess their distinct influences on climate. In this paper, we first present an updated version of FORTE2, which includes treatment of aerosol-cloud interactions. We then document and validate the local responses over a range of parameters, showing for instance that removing emissions of absorbing aerosols over both East Asia and South Asia is projected to cause a local drying, alongside a range of more widespread effects. We find that SyRAP-FORTE2 is able to reproduce the responses to Asian aerosol changes documented in the literature, and that it can help us decompose regional climate impacts of aerosols from the two regions. Finally, we show how SyRAP-FORTE2 has regionally linear responses in temperature and precipitation and can be used as input to emulators and tunable simple climate models, and as a ready-made tool for projecting the local and remote effects of near-term changes in Asian aerosol emissions.

Abstract Deenz Histrionic Personality Scale, a purpose-built 20-item instrument, seeks to unravel the subtle nuances of subclinical traits associated with Histrionic Personality among college students. Developed with precision and care, the scale's primary goal is to identify individuals exhibiting a heightened inclination toward histrionic traits, while concurrently assessing the potential impact and likelihood of developing Histrionic Personality Disorder (HPD). Anchored in a commitment to early intervention and support, the scale's efficacy was rigorously examined in a case study involving 230 college students, comprising 131 males and 99 females. The study revealed the scale's accuracy in pinpointing students displaying impairment and tendencies toward clinical traits associated with Histrionic Personality. The findings underscore the Deenz Histrionic Personality Scale as a valuable tool for not only illuminating subclinical traits but also forecasting the trajectory toward clinically significant personality disorders. As a proactive measure, this scale holds promise in contributing to the holistic well-being of college students, emphasizing the importance of targeted interventions and support strategies. As further research unfolds, the scale's role in refining our understanding of histrionic traits among college students becomes increasingly evident. Introduction:Histrionic Personality Disorder (HPD) emerges as a complex and historically rooted category in psychiatric diagnostics, with its origins entwined in the intricate evolution of the concept of hysteria. The term "hysteria" itself has a rich history, stretching back to ancient civilizations like Egypt and Greece, where it was associated with a displaced womb and various psychopathological states. Over centuries, notable figures such as Charcot, Freud, and others delved into the multifaceted nature of hysteria, shaping its conceptualization.HPD found its official place in psychiatric classifications with the Diagnostic and Statistical Manual of Mental Disorders II (DSM-II), and remarkably, it retained the term derived from the ancient concept of hysteria through subsequent revisions. The discourse on hysteria, spanning over 4000 years, reflects societal attitudes toward health, religion, and gender relationships.This intricate historical backdrop sets the stage for the contemporary understanding of Histrionic Personality Disorder. While the term "hysteria" has faced challenges due to stigma and lack of specificity, HPD endures in modern classifications like DSM-5. The diagnostic criteria have undergone transformations, and debates persist about its prevalence and clinical relevance. As we navigate through the historical labyrinth of hysteria and its modern manifestation in HPD, we unravel a tapestry woven with evolving societal norms, scientific paradigms, and persistent clinical challenges. Deenz Histrionic Personality Scale: The primary objective of this scale is to navigate the subtleties of personality traits among college students, offering a nuanced understanding of their psychological landscape. By focusing on subclinical traits, the Deenz Histrionic Personality Scale provides a glimpse into the early manifestations of histrionic tendencies, enabling proactive identification and intervention.

Seasonal hindcasts have previously been demonstrated to show multi-decadal variability in skill across the twentieth century in indices describing El-Niño Southern Oscillation (ENSO), which drives global seasonal predictability. Here, we analyse the skill of predicting ENSO events’ magnitude and spatial pattern, in the CSF-20C coupled seasonal hindcasts in 1901-2010. We find minima in the skill of predicting the first (in 1930-1950) and second (in 1940-1960) principal components of sea-surface temperature (SST) in the tropical Pacific. This minimum is also present in the spatial correlation of SSTs, in 1930-1960. The skill reduction is explained by lower ENSO magnitude and variance in 1930-1960, as well as decreased SST persistence. The SST skill minima project onto surface winds, leading to worse predictions in coupled hindcasts compared to hindcasts using prescribed SSTs. Questions remain about the offset between the first and second principal components’ skill minima, and how the skill minima impact the extra-tropics.

We numerically investigate the role of plastic strain accumulation on the mechanical response of a planar strike-slip fault. Our models show that fault-zone strength significantly impact the ensuing sequence of earthquakes. Weaker fault zones accumulating more plastic strain promote more complexity in the seismicity pattern through aperiodic earthquake occurrences and intermittent episodes of rupture and arrest. However, if the fault zone strength is high enough, the overall earthquake sequence is characterized by periodic fault-spanning events. We find that both the fault normal stress and the fault surface profile evolve throughout the earthquake sequence, suggesting a self-roughening mechanism. Despite the significant impact of plasticity on the fault response, the width of the plastically deforming region in the fault zone is small compared to the fault length. Our results suggest a rich behavior in dynamically evolving fault zones and support the need for further high-resolution studies of the highly non-linear near-fault region.

Authors:Mohammad Reza Movahed, MD, 1,21 University of Arizona Sarver Heart Center, Tucson, 2 University of Arizona College of Medicine, Phoenix

Background: To describe the clinical features and course of a series of survivors of retinoblastoma who developed a non-pineoblastoma second primary malignant neoplasm (SPMN). Methods: A retrospective review of patients treated for retinoblastoma who developed a SPMN was performed. The demographics, clinical features and treatments for retinoblastoma, pathologic types of SPMN, the intervals between the retinoblastoma diagnosis and treatment and diagnosis of non-pineoblastoma SPMN, treatment provided for the SPMN, and the survival outcomes of the patients were evaluated. Results: Of 550 patients treated initially for retinoblastoma, this series used the 15 (2.7%) that developed a non-pineoblastoma SPMN, 14 of which (93.3%) had been treated for bilateral retinoblastoma. All patients in this series had germline retinoblastoma. The median time from retinoblastoma diagnosis to SPMN diagnosis was 19.0 years (extremes 3.4 and 39.4 years). Six of the fifteen patients died during the follow-up of their SPMN. Nine patients were still alive without active residual SPMN at the last follow-up. The median interval between initial retinoblastoma diagnosis and death in the 6 patients who died of their SPMN was 18.8 years (extremes 6.2 and 34.6 years) and between diagnosis of the SPMN and death was 1.2 years (extremes 0.25 and 4 years). Conclusion: A SPMN occurred in this series in 2.7% of retinoblastoma survivors, and all occurred in patients with germline retinoblastoma. All patients with SPMN who had been treated by EBRT developed the SPMN in the field of prior radiation.

A document by Sebastian H.G. Walter. Click on the document to view its contents.

A document by Dominic Meszaros. Click on the document to view its contents.

Monitoring cognitive vigilance during attentive tasks, such as the psychomotor vigilance test (PVT), helps evaluate performance. EEG can be used to track the type of attentive control being used during task progression: top-down (TD; goal-driven) or bottom-up (BU; salient driven). This is contingent on the dichotomous view of attention (Gaspelin & Luck, 2018), which excludes a third proposed mechanism: selection bias (Awh et al., 2012). In this literature review, it is proposed that low frequency beta (β) waves are a strong index of TD control. BU control, however, lacks a clear EEG metric such as proposed gamma (𝛾) waves (Buschman & Miller, 2007). Additionally, mission constraints prevent the ideal use of both spatial fMRI and temporal EEG. For such a metric, a follow up investigation measuring changes in β wave activity from baseline may provide an indirect metric of BU control. Furthermore, a general lack of understanding of BU control and its possible task subsets warrants exploration.

A document by Dominic Meszaros. Click on the document to view its contents.

A genetic predisposition to addictive behaviors can often be attributed to mesolimbic dopamine deficiencies. Using rat animal models, addictive behavior and incentive contrast were explored using alcohol-preferring rats (P) and alcohol-non-preferring Wistar rats. It is expected that Wistar rats will demonstrate typical incentive contrast with the presentation of sucrose (favorable) and ethanol (aversive) exposure. P rats are hypothesized to display impaired incentive contrast. Rats were tested on 20s, 10s, and 5s trial access to sucrose or ethanol. Trial regimen shifts were present to create positive or negative contrast. The consumptive data of sucrose and ethanol for the aforementioned programs were analyzed using ANOVA and pairwise comparisons. Some statistically significant differences/trends were found between P Rat and Wistar with incentive contrast shifts. However, general predicted patterns were observed. This preliminary data indicates that genetic variance influences incentive contrast behavior in some respects.

The global production of cement has surpassed billions of tonnes and continues to grow rapidly. However, ensuring the sustainability of construction systems faces a significant challenge due to the increasing demand for raw materials and uncertainties surrounding their future availability. In this context, the utilization of char in construction materials has emerged as a promising research area. This approach not only offers a potential for carbon storage but also presents an opportunity to obtain raw materials for civil works. To fully comprehend the incorporation of char into concrete and its implications, it is essential to first grasp the fundamental mechanisms of concrete hydration and supplementary cementitious materials. The paper contributes valuable insights into the various factors that influence the properties of char and provides a better understanding of the heat evolution during the hydration process of supplementary cementitious materials. The findings of the article demonstrate that char holds promise as an alternative option in cementitious composites, capable of partially replacing cement content. However, it is crucial to conduct further comprehensive research before considering widespread application of char in concrete, as there are still aspects that need to be explored in-depth.

Considering urgent need for novel drugs to target severe acute respiratory syndrome coronavirus 2 (SARS-CoV-2), we reported at least four Kurdish ethno-medical, antipyretic recipes which can be translated into functional antiviral formulations. This computational work highlights the implications of oleanolic acid and its analogues as a cluster of binder candidates of SARS-CoV-2 main protease (Mpro). Through molecular docking and simulation, we found oleanolic acid (-12.6 Kcal/mol) and its two analogues (OA11; ligand I [-14.2 Kcal/mol]) and (OA31; ligand II [-14.0 Kcal/mol]) bound with Mpro (PDB: 6Y84) more reliably than saquinavir (-8.1 Kcal/mol), as a canonical drug. Salaspermic acid, (3b)-3-{[(2E)-3-phenylprop-2-enoyl]oxy}olean-12-en-28-oic acid, OA37 and OA40 interacted with catalytic dyad and major amino acid residues of Mpro active sites; these toxic compounds may be future anti-protease drug candidates. This study proposes this set of anti-protease pentacyclic triterpenoids should be assayed against SARS-CoV-2 at in vitro level or in clinical settings.

A few papers have reported the observation of galaxy asymmetries: when drawing oriented tetrahedrons between galaxies, the left and right oriented distributions are skewed. It seems the reflection of a parity symmetry breaking across the universe. If true, it is considered that it may require New Physics fields, or particles, to explain these observations. It is consistent with earlier work investigating if the CMB, and its polarization, could present Parity symmetry violations. These were conjectured to related to a new field present before inflation, or to the behavior of the quintessence. However, there may be more fundamental mechanisms to justify parity asymmetries, like the result of spacetime orientation by 4D gravity, or gravity itself not always respecting parity symmetry. The former is encountered in the multi-fold electroweak symmetry breaking, when gravity orients spacetime, and the latter is a fundamental property of the multi-fold mechanisms, and multi-fold gravity. Radiated right-handed virtual neutrinos involved in multi-fold gravity are, now unable to interact via the weak interaction, and hoping to hide with the Higgs, which impacts propagation, and therefore the long range massive gravity effects, from when involving left-handed neutrinos. It is a first explanation for parity symmetry violation by gravity. As a results fluctuations, or even larger structures, which are parity images of each other, do not feel gravity effects the same way, nor produce the same gravity effects, even if the difference is small. With inflation and expansion, these effects can become apparent macroscopically and cosmologically. Therefore, the distributions of such structures, like oriented tetrahedra, could differ, as reported to be observed. No need to involve New Physics, in the sense of a new field, or the presence of quintessence, one just needs to consider and include gravity. The most important conclusions is that the multi-fold theory predicted such a P-symmetry breaking in its original paper, and, by now, there may have been observations of such behaviors at cosmological scales, and with tis paper explanation for them. These are additional hints in favor of the multi-fold theory, and how it may apply to our real universe.

Purpose: This study aimed to probe the psychological problems in the parents of children with strabismus. Methods: Cross-sectional study. A total of 220 parents of children with strabismus were enrolled. Demographic and clinical characteristics of strabismus children were collected and analyzed. The HADS and SAS/SDS were used to evaluate anxiety and depression in parents of children with strabismus. Results: There were significant differences in the rate of both anxiety and depression between HADS-A and SAS (21.82 vs. 12.73%, P = 0.012) and between HADS-D and SDS (16.82 vs. 31.82%, P<0.001). Additionally, the HADS-D score was positively correlated with strabismus deviation ( P= 0.018), parents’ educational level ( P = 0.001), and family habitation ( P = 0.034). SDS score presented less correlation with clinical features of children with strabismus, which illuminated that only SDS score was positively associated with educational level ( P = 0.040). No correlation between both HADS-A and SAS scores was found with patients’ clinical features. Meantime consumption of HADS was 2.54±1.45 minutes, which was shorter than that of SAS/SDS(7.25±4.13minutes)( P <0.001). Conclusion: Parents of children with strabismus who are experiencing psychosocial distress should be identified. HADS seems to be a better option for emotional assessment than SAS/SDS in parents of children with strabismus.