Scientific Aspects Research Articles

Individualization and Differentiation of Punishment in the Context of Reforming the Criminal Justice System of Kyrgyzstan

The fight against crime is one of the pressing issues in modern conditions. Despite the fundamental studies of various types of differentiation and individualization of punishment in legal science, including in criminal, criminal-executive, nevertheless, some aspects in domestic legal science are given insufficient attention. The main objective of the article is to identify the characteristic features of differentiation and individualization of punishment. Based on the results of the study, views on the content of differentiation and individualization of punishment are summarized and its characteristic features are determined.

Scientific and practical aspects of the formation of the tax burden in agricultural organizations

Scientific and practical aspects of the formation of the tax burden in agricultural organizations

Педагогическая коммуникация как компонент образовательного процесса

The words of the editor-in-chief indicate the key scientific aspects of the publications in the current issue and note the relevance of research into communicative practices carried out in various spheres of human activity.

Developments in Localized Surface Plasmon Resonance

AbstractLocalized surface plasmon resonance (LSPR) is a nanoscale phenomenon associated with noble metal nanostructures that has long been studied and has gained considerable interest in recent years. These resonances produce sharp spectral absorption and scattering peaks, along with strong electromagnetic near-field enhancements. Over the past decade, advancements in the fabrication of noble metal nanostructures have propelled significant developments in various scientific and technological aspects of LSPR. One notable application is the detection of molecular interactions near the nanoparticle surface, observable through shifts in the LSPR spectral peak. This document provides an overview of this sensing strategy. Given the broad and expanding scope of this topic, it is impossible to cover every aspect comprehensively in this review. However, we aim to outline major research efforts within the field and review a diverse array of relevant literature. We will provide a detailed summary of the physical principles underlying LSPR sensing and address some existing inconsistencies in the nomenclature used. Our discussion will primarily focus on LSPR sensors that employ metal nanoparticles, rather than on those utilizing extended, fabricated structures. We will concentrate on sensors where LSPR acts as the primary mode of signal transduction, excluding hybrid strategies like those combining LSPR with fluorescence. Additionally, our examination of biological LSPR sensors will largely pertain to label-free detection methods, rather than those that use metal nanoparticles as labels or as means to enhance the efficacy of a label. In the subsequent section of this review, we delve into the analytical theory underpinning LSPR, exploring its physical origins and its dependency on the material properties of noble metals and the surrounding refractive index. We will discuss the behavior of both spherical and spheroidal particles and elaborate on how the LSPR response varies with particle aspect ratio. Further, we detail the fundamentals of nanoparticle-based LSPR sensing. This includes an exploration of single-particle and ensemble measurements and a comparative analysis of scattering, absorption, and extinction phenomena. The discussion will extend to how these principles are applied in practical sensing scenarios, highlighting the key experimental approaches and measurement techniques.

Virtual Digital Laboratory Vernier as a Tool of Implementing STEM-Education Principles in Physics Lessons

The article highlights the results of the theoretical and methodological analysis of the issue of the use of the Vernier digital virtual laboratory as an innovative tool for implementing the principles of STEM education in physics lessons in high school. The purpose of this research paper is to justify the feasibility of integrating digital laboratories into the physics curriculum, which allows for its modernization through the integration of science, technology, engineering and mathematics. The study's methodological foundation is based on the active learning concept developed by D. Sokoloff, R. Thornton and P. Laws. According to it, the active nature of learning physics using the Vernier digital laboratory is ensured by the ability to conduct real, high-precision, and multiple measurements of various physical quantities, analyze the obtained data, visualize them as graphs or charts, and interactively adjust and generalize the results of the experiment. The main advantages and disadvantages of using this innovative learning tool have been analyzed, and its compliance with safety, accessibility and adaptability requirements has been determined. The content of implementing the scientific, technological, engineering and mathematical aspects of STEM education through the methodology of using the Vernier digital laboratory in physics lessons has been explored. An example of a tentative lesson plan for a physics class using the Vernier digital laboratory is provided. Based on the conducted research and the practice of using the Vernier digital laboratory in middle school physics lessons, it has been concluded that it has significant and comprehensive educational potential as an innovative tool for implementing STEM education principles.

Accentuated Eccentric Loading and Alternative Set Structures: A Narrative Review for Potential Synergies in Resistance Training.

Chae, S, McDowell, KW, Baur, ML, Long, SA, Tufano, JJ, and Stone, MH. Accentuated eccentric loading and alternative set structures: A narrative review for potential synergies in resistance training. J Strength Cond Res 38(11): 1987-2000, 2024-As athletes become adapted to training over time, it becomes more difficult to develop their strength and power. In a conventional resistance training strategy, volume or load may be increased to provide novel stimuli to break through a plateau. However, physiological stress markers increase with increased volume or load, which is an innate shortcoming. In that case, practitioners strive to develop unconventional strategies that could increase training stimuli while adjusting fatigue. Two programming tactics, accentuated eccentric loading (AEL) using eccentric overload and alternative set structures (AS) using intraset rests, have been reported to increase training stimuli and alleviate fatigue, respectively. Importantly, when merging AEL and AS in various contexts, the 2 benefits could be accomplished together. Because AEL and AS cause different outcomes, it is important to deal with when and how they may be integrated into periodization. Moreover, prescribing eccentric overload and intraset rests requires logistical considerations that need to be addressed. This review discusses the scientific and practical aspects of AEL and AS to further optimize strength and power adaptations. This review discusses (a) scientific evidence as to which tactic is effective for a certain block, (b) potential practical applications, and (c) related discussions and future research directions.

Exploring links between visuospatial ability and anatomy learning in education: A bibliometric analysis and scientific mapping

The field of medical education faces a significant challenge in teaching human anatomy, a fundamental aspect of medical science that is often perceived as complex and demanding. Understanding the shapes and anatomical structure locations is crucial for students to master the intricacies of anatomy. Visuospatial ability, which involves comprehending three-dimensional structures and their spatial relationships, plays a pivotal role in anatomy learning. The aim of this study was to examine keywords, territories/countries, the number of publications, institutions, authors, and associated journals related to visuospatial ability in anatomy learning through extensive bibliometric analysis. Data were gathered from the Scopus database, and VOSviewer was employed to conduct a bibliometric analysis. Approximately 552 eligible articles were examined in their entirety. The findings indicated that the most significant research growth occurred in 2012, with the United States of America emerging as the leading country in the field. Furthermore, Anatomical Science Education was recognized as the most esteemed journal in this field, with Wilson, T.D. being credited as the most influential author. The bibliometric data also demonstrated various approaches to improve visuospatial capacity in anatomy learning, such as utilizing virtual reality or other computer-assisted learning modalities and their integration into medical education practice. In conclusion, these findings highlight the critical role of visuospatial ability in facilitating the acquisition of anatomical knowledge and offer direction for future research in this area.

Radiation-Induced Paramagnetic Centers in Meso- and Macroporous Synthetic Opals from EPR and ENDOR Data

The paramagnetic defects and radiation-induced paramagnetic centers (PCs) in silica opals can play a crucial role in determining the magnetic and electronic behavior of materials and serve as local probes of their electronic structure. Systematic investigations of paramagnetic defects are essential for advancing both theoretical and practical aspects of material science. A series of silica opal samples with different geometrical parameters were synthesized and radiation-induced PCs were investigated by means of the conventional and pulsed X- and W-band electron paramagnetic resonance, and 1H/2H Mims electron-nuclear double resonance. Two groups of PCs were distinguished based on their spectroscopic parameters, electron relaxation characteristics, temperature and time stability, localization relative to the surface of silica spheres, and their origin. The obtained data demonstrate that stable radiation-induced E’ PCs can be used as sensitive probes for the hydrogen-containing fillers of the opal pores, for the development of compact radiation monitoring equipment, and for quantum technologies.

Students' Science Literacy Profile in Terms of Argumentation Competence on Ecosystem Material

Current curricula integrate technological skills, knowledge, abilities, and competencies, as well as skills and attitudes, with reading and writing teaching. As a result, information and communication technology is crucial to the implementation of a typical curriculum. Students in Indonesia generally have a low level of science literacy. Therefore, this study aims to test the availability of science literacy skills of high school students. The sample selected for this study was a student of 7 grader consisting of 34 people. The methodology used in this study is descriptive-quantitative research, where this study uses descriptives, such as size, quantity, or frequency in its range. The instrument used in this study is a double-selection test, consisting of six subjects according to the competence indicator of science literacy ability. In this study it was found that the achievement of scientific literacy competence aspects of competence on indicators explain the phenomena scientifically categorized very well, then the ability on the indicator to evaluate and design scientific research categorized well. So, it can be concluded that the average literacy of science on the overall aspect of competence is in good category.

Integrating artificial intelligence in forensic science

Thesis. The thesis of this article is to explore the integration of artificial intelligence (AI) methodology in forensic science. An assessment of the potential implications of AI for improving investigative processes and outcomes will also be addressed. Concept. The concept focuses on exploring the application of AI technologies in ar- eas of science such as analysing evidence recognising patterns and supporting decision- making systems. The article emphasises the practical use of AI algorithms in investiga- tions. on exploring how artificial intelligence technologies can be implemented in various aspects of forensic science. Results. An analysis of existing literature and case studies shows that integrating AI into forensic science can improve efficiency, accuracy, and objectivity in investigations. AI tools can automate tasks analyse datasets and identify patterns that might be challeng- 16 “ABoUT The INTeRNeT” - TheoRy ing for humans to detect. However utilising AI in forensic science poses challenges like algorithms, privacy issues with data handling, and the necessity for oversight. Further- more, when employing intelligence for inquiries it is essential to prioritise transparency, and accountability and uphold integrity in decision-making processes. Originality. This article adds to the discussion about integrating AI into science by of- fering a thorough examination of its potential advantages and obstacles faced along, with ethical concerns. By merging research findings and offering perspectives on emerging trends we can gain insights, into the impact of AI on advancing investigations in the years ahead. Additionally, the theoretical structure presented here establishes a foundation for research studies and practical implementations, within the field of forensic science. Keywords: Artificial intelligence, forensic science, AI applications in forensic science, machine learning for evidence analysis, crime scene reconstruction with AI

Drought field experiments: how to adapt rainout shelters to agroforestry?

AbstractAgroforestry could be a major strategy to adapt agriculture to climate change, thanks to the microclimate effects of trees and improved infiltration. However, the experimental validation of these claims is scarce. In this methodological review, we discuss options for the experimental simulation of drought conditions in agroforestry field experiments, comparing it with strategies adopted in natural, agricultural, or forestry ecosystems. We classify rainout shelters used in field experiments according to mobility, completeness of rain interception and height of rainout shelter. We show that specificities of agroforestry systems create constraints and require compromises in the design and operation of rainout shelters. We conclude that large rainout shelters, which induce drought for both the trees and the crops while limiting artifacts and biases, would be most relevant for studying the resistance of agroforestry systems to drought. Unfortunately, the review of rainout shelters already used in agroforestry systems reveals a lack of rainout shelters capable of intercepting rain on both trees and crops, achieving total rain interception, while being relatively low-cost and manageable by a small team. Therefore, we benchmark three novel rainout shelter designs that we tested in a mature agroforestry system under Mediterranean climatic conditions. We discuss their advantages and disadvantages in terms of both scientific and operational aspects. While compromises had to be done between experimental design, risks of artifact/bias, effectiveness, ease of installation, operation and maintenance, and agricultural management, these prototypes are starting points for achieving well-performing rainout shelters and testing the effects of drought in agroforestry experiments.

Revisiting the Thickness of the Air-Water Interface from Two Extremes of Interface Hydrogen Bond Dynamics.

The air-water interface plays a crucial role in many aspects of science because of its unique properties, such as a two-dimensional hydrogen bond (HB) network and completely different HB dynamics compared to bulk water. However, accurately determining the boundary of interfacial and bulk water, that is, the thickness of the air-water interface, still challenges experimentalists. Various simulation-based methods have been developed to estimate the thickness, converging on a range of approximately 3-10 (Å). In this study, we introduce a novel approach, grounded in density functional theory-based molecular dynamics and deep potential molecular dynamics simulations, to measure the air-water interface thickness, offering a different perspective based on prior research. To capture realistic HB dynamics in the air-water interface, two extreme scenarios of the interface HB dynamics are obtained: one underestimates the interface HB dynamics, while the other overestimates it. Surprisingly, our results suggest that the interface HB dynamics in both scenarios converges as the thickness of the air-water interface increases to 4 (Å). This convergence point, indicative of the realistic interface thickness, is also validated by our calculation of anisotropic decay of OH stretch and the free OH dynamics at the air-water interface.

Genetic engineering: Scientific aspects and moral implications

The term Genetic Engineering refers to a sophisticated new form of experimental activity by means of which an attempt is being made to modify the genetic make-up of beings, generally single-celled, by introducing DNA fragments from another source into their genome. The new direction is a hybrid branch of Molecular Genetics and Microbiology and is the result of a major shift that is taking place in the direction of modern molecular biology.

Ex vivo permeability study of poorly soluble drugs across gastrointestinal membranes: acceptor compartment media composition

Ex vivo drug permeability testing across gastrointestinal (GI) membranes is crucial in drug discovery and oral drug delivery. It is a reliable method for drugs with good solubility, but it poses challenges for poorly soluble drugs, which are common in development pipelines today. Although enabling formulations increase the apparent solubility in the GI compartment (dissolution vessel or permeation chamber's donor compartment), maintaining solubilized drug in the acceptor compartment during ex vivo testing remains largely unresolved. This review compiles and critically evaluates the diverse compositions of acceptor media used in ex vivo permeability studies for poorly soluble drugs, highlighting this significant yet underexplored aspect of pharmaceutical science. An algorithm is proposed for selecting solubility-enhancing additives for the acceptor media in ex vivo permeability studies of poorly soluble drugs.

Various Viewpoints to Investigate the Origins of Life Are Needed

How life first arose on Earth is a mystery that humankind has sought to understand for millennia, and includes scientific, philosophical, societal, and religious aspects, amongst others [...]

Establishment and Development of the Institute for the Protection of Children’s Rights in International Law

In the article, legal aspects of the establishment of the institute of international child protection law are studied by means of a retrospective, inductive and deductive method. A comprehensive study of historical and legal aspects in modern legal science will make a big contribution to the further development of science, filling the gaps in this area. The purpose of the article is to reveal common features and features, characteristic features by revealing its legal status, meaning and essence through the study of legal aspects. To achieve the goal, the task set is to generalize the objective and subjective causal conditions of the establishment of the protection of children's rights and its substantive features. As a result of the article, the characteristic features of the legal aspects of the establishment of the Institute for the Protection of Children's Rights are determined.

Tourism digital marketing in Indonesia: Current issues, challenges and opportunities

Purpose of the study: Marketing strategies must evolve with shifts in customer trends, behavior, and technological advancements. Academically, marketing has long been a key area of interest for scholars. This study systematically analyzes research references on tourism marketing in Indonesia. Methodology: This analysis draws on national publication data featuring tourism marketing keywords from 2014 to 2024, obtained via web scraping from the Google Scholar database. Additionally, it seeks to identify key concerns, challenges, and opportunities for digital marketing within Indonesia's tourism sector. Main Findings: This review highlights that academic journals cover diverse aspects of tourism marketing, including tourism, social sciences, communication management, and technology. Despite its limited scale, digital marketing is widely explored by scholars across fields. Bali, Bantul, Sleman, and Yogyakarta are frequently studied locations. Indonesian tourism marketing research tends to adopt qualitative approaches, yet a broad spectrum of contexts such as economics, business, communication, entrepreneurship, sociology, anthropology, and creative industries is also examined. Applications of the study: This study's scope is limited by the narrow range of Google Scholar articles. Future research can expand the literature, with key findings serving as hypotheses for further studies. Policymakers and the digital industry can use these insights for tourism product development. It also represents one of the latest ten-year reviews of digital marketing literature in Indonesia. Novelty/Originality of the study: Tourism must use effective marketing and adapt to changing market behaviors. Collaboration among stakeholders, including academics, is key to seizing opportunities and tackling future challenges.

Legal consequences of the statement of provocation by the defense party: scientific and practical aspects

The article examines the legal consequences of the defense’s declaration of provocation of a crime. Based on the analysis of the practice of the European Court of Human Rights and the Supreme Court, the opinion was formulated that the declaration of the commission of a crime as a result of provocation by the defense gives rise to the corresponding obligations for the defense and the prosecution, as well as the court. It was analyzed that as a result of the influence of the precedent practice of the European Court of Human Rights, the practice of the Supreme Court began to form regarding the position of the defense on provocation of a crime, according to which the contradiction of the position of the defense, i.e. when the applicant denies the fact that he committed a crime and at the same time declares that he was provoked to commit it, is the basis for the court’s refusal to verify such an application, citing the relevant reasons in the decision. Based on the study of the principle of adversariality of the parties in criminal proceedings, the thesis that it is the defense party that is obliged to prove the presence of provocation, to indicate which facts and circumstances confirm this with reference to specific evidence examined at the court hearing, is substantiated. In turn, the prosecutor, supporting public accusations, except for the circumstances specified in Art. 91 of the Criminal Code of Ukraine, guided by the standard of proof «beyond a reasonable doubt», is obliged to prove the absence of provocation of the crime. Failure to prove «beyond a reasonable doubt» the absence of provocation is equivalent to proving its presence and causes legal consequences in the form of an acquittal by the court. It has been proven that when one of the arguments of the defense side was the presence of provocation of a crime, the court is obliged to properly evaluate both the arguments of the defense side and the arguments of the prosecution regarding the presence or absence of such provocation. According to the results of the analysis of the decisions of the Supreme Court in which the lower courts did not evaluate the arguments of the defense about provocation, or formally evaluated them formally, it was concluded that this is a significant violation of the requirements of the Criminal Procedure Code, which prevented or could have prevented the court from adopting a legal and justified court decision.

Introducing a Cutting-Edge Dataset: Revealing Key Factors in Student Academic Outcomes and Learning Processes

This paper presents an educational dataset that consolidates various aspects of educational science. The purpose of this study is to illuminate the factors that impact students’ learning experiences before and during their time at university. This dataset was designed to support research in educational science, including the application of machine learning and deep learning models to predict student outcomes. The primary objective is to improve educational methodologies, empower students with informed decision-making, and enhance overall learning effectiveness. The dataset comprises 992 samples across 89 fields and was collected through direct methods like questionnaires and indirect methods involving training management units. These samples are categorized into Personalized factors, Factors affecting learning outcomes, and Learning outcomes, encompassing both general education performance and university module achievements. Following collection, the dataset was subjected to thorough processing, cleaning, and statistical analysis, using techniques such as Pearson correlation analysis, analysis of variance, Std. Error, Std. Deviation, and tests of homogeneity of variance.

Interdisciplinary Animal Research Ethics-Challenges, Opportunities, and Perspectives.

Can nonhuman animals be used for the benefit of humans in a scientifically and morally justified manner and, if yes, how? Based on our own experiences as scholars from various academic backgrounds, we argue that this question can only be answered as an interdisciplinary and international endeavor, considering insights from research ethics and animal ethics as well as scientific and legal aspects. The aim of this article is to contribute to the foundation of the emerging field of animal research ethics. In doing so, we describe the following seven phases of animal research experiments: ethical, legal and social presumptions (phase 0), planning (phase I), review (phase II), conduct of experiments (phase III), publication/dissemination (phase IV), further exploitation of results (phase V), and evaluation (phase VI). In total, 20 key ethical, legal, and practical challenges that an ethical framework for the use of animals in research needs to address are identified and analyzed. Finally, we characterize the following four meta-challenges and opportunities associated with animal research ethics as a field: (1) moral pluralism, (2) the integration of views and positions outside the laboratory, (3) international plurality of conduct, standards, and legal norms, and (4) interdisciplinary education.