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This research aims to explore more deeply the phenomenon of slang use among UINSU Public Health students and its impact on social dynamics and the development of their identity. Through a qualitative approach involving in-depth interviews and participant observation, this research seeks to understand how slang plays a role in forming social bonds, creating a sense of belonging to a group, and influencing the way students interact with each other. Preliminary findings show that slang not only functions as a communication tool, but also as a symbol of identity and a means of expressing oneself. However, on the other hand, the use of slang that is too intense can blur the boundaries between formality and informality, thus potentially hampering the learning process and effective academic communication. Therefore, this research highlights the importance of balancing the use of slang with good and correct language rules, so that students can communicate effectively in various contexts without sacrificing their group identity.

This article discusses the role and function of prosecutors in enforcing ethics and behavior, with a case study at the Central Kalimantan High Prosecutor's Office.  This research analyzes how the Central Kalimantan High Prosecutor's Office carries out internal and external oversight functions to ensure the ethical and professional behavior of prosecutors.  The research results show [mention the main findings briefly, for example: the effectiveness of existing monitoring mechanisms, obstacles faced, and recommendations for improvement].  This study contributes to a better understanding of the importance of integrity and accountability in the justice system, especially in the context of law enforcement in Indonesia.

Development is the increasing ability of the body to structure and function more complexly, in an orderly and predictable pattern. One of the aspects that assist the adequacy of child development is parents' support. One of the factors that influence the development of toddlers is stimulation. Stimulation is trigger that comes from the child's external environment. The purpose of this study was to determine whether there is a relationship between maternal stimulation and the development of pre-school children aged 3-5 years. This research is a correlational analytic study with a cross sectional approach. They were taken using a complete sampling approach on a population of 30 persons and a sample of 30 people. The research instrument used was a questionnaire. The frequency distribution is used for univariate data analysis, and the Fisher’s Exact Test alternative is used for bivariate data analysis. The result showed that 22 mothers provided good stimulation and 8 mothers gave less stimulation. From the results of the KPSP, it showed that there were 20 children with appropriate development, 4 children with doubts, and 6 children with deviations. Based on the Fisher’s Exact Test alternative, it was known that the P value is 0.000 with α 0.05. Because the significance value is <α, then H0 is rejected and H1 is accepted, indicating that there is a correlation between stimulation and the development of pre-school children aged 3-5 years in KB RA Umi Sundari Kraksaan, Probolinggo Regency. It is hoped that the results of this study would help parents who have children give adequate stimulation for their children's growth.

The Cuckoo Search Algorithm (CSA), while effective in solving complex optimization problems, faces limitations in random population initialization and reliance on fixed parameters. Random initialization of the population often results in clustered solutions, resulting in uneven exploration of the search space and hindering effective global optimization. Furthermore, the use of fixed values for discovery rate and step size creates a trade-off between solution accuracy and convergence speed. To address these limitations, an Enhanced Cuckoo Search Algorithm (ECSA) is proposed. This algorithm utilizes the Sobol Sequence to generate a more uniformly distributed initial population and incorporates Cosine Annealing with Warm Restarts to dynamically adjust the parameters. The performance of the algorithms was evaluated on 13 benchmark functions (7 unimodal, 6 multimodal). Statistical analyses were conducted to determine the significance and consistency of the results. The ECSA outperforms the CSA in 11 out of 13 benchmark functions with a mean fitness improvement of 30% across all functions, achieving 35% for unimodal functions and 24% for multimodal functions. The enhanced algorithm demonstrated increased convergence efficiency, indicating its superiority to the CSA in solving a variety of optimization problems. The ECSA is subsequently applied to optimize earthquake evacuation space allocation in Intramuros, Manila.

The participatory oversight program includes the establishment of oversight villages in Central Kalimantan to involve the community in overseeing the Simultaneous Regional Head Elections in 2024.The urgency of establishing oversight villages for community participatory oversight is to increase participation, strengthen the oversight function of Bawaslu, prevent violations, and enhance transparency and accountability.The challenges in the implementation of oversight villages include limited human resources, lack of public understanding, geographical and infrastructural challenges, budget constraints, as well as practical politics and local interests.Strategic steps to address these challenges include stakeholder collaboration, intensification of training, infrastructure improvement, and the utilization of technology.Through oversight villages, the community is expected to actively participate in monitoring the regional elections to achieve clean, transparent, and accountable elections.

This research aims to explore the role of congregation members as capita selecta in developing church members at the HKBP Pansurnapitu Church. As the spearhead in the formation process, congregation members have a significant responsibility in implementing religious values ​​and strengthening community solidarity. Through a qualitative approach, this research analyzes how congregation members contribute to various aspects of church services, including organizing worship activities, faith education, and social participation. Data was collected through in-depth interviews with church leaders and congregation members, as well as direct observation of church activities. The research results show that the active involvement of congregation members not only strengthens the spiritual ties between them, but also increases the effectiveness of the formation programs implemented by the church. In addition, this research highlights the importance of support from church leaders in empowering congregation members to take a greater role in ministry. In this way, members of the congregation at HKBP Pansurnapitu function as vital agents of change in creating an inclusive and dynamic church environment. It is hoped that this research will provide insight into the development of more effective coaching strategies in the future.

This article is made to learn the definition, components, and calculation formula of the Market Entry Barriers Component Index and Function Index, where these two measuring instruments are very important in analyzing the market. The function of the Market Entry Barriers Component Index is to evaluate the level of difficulty that a company will face in entering a pre-existing market. The way to evaluate it is by looking at obstacles such as fixed costs, production capacity, regulation, and production. For the Function Index itself, it functions to see how much efficiency will occur and includes distribution, information flow, and market mobility. This article also aims to provide an example of how the calculation system for the two indexes works. Through this understanding, readers and companies can formulate more appropriate strategies in dealing with obstacles and taking advantage of opportunities in the market.

Hydroelectric Power Plants (HPP) are a type of power plant that utilizes renewable energy from water flow. The hydroelectric system works by converting the kinetic energy of flowing water into mechanical energy, which is then converted into electrical energy. Water flows through a penstock directed towards the turbine, where it strikes the turbine blades, causing rotation. To maintain the stability of the turbine's rotational speed at the Maninjau HPP, a governor system is used. The Maninjau HPP consists of four generating subunits with a nominal rotational speed of 600 rpm. The governor system functions to stabilize the turbine's rotation at the nominal speed of 600 rpm, as the speed affects the generator's output frequency. The stabilization process is carried out by adjusting the Guide Vane openings, which are the blades surrounding the turbine. The Maninjau HPP has a speed drop of 3%, with a frequency reduction of 1.5 Hz. Additionally, a frequency change of 0.1 Hz will result in a load change of 0.13 MW.

The development of the nervous system is a crucial process during early organogenesis that impacts overall body function. This research aims to understand the mechanisms involved in the formation of the nervous system, focusing on early embryonic development. Previous studies indicate that interactions between genetic and environmental factors significantly influence this development, yet many specific aspects remain to be explored. This study provides an in-depth analysis of the role of progenitor cells and molecular signals in neuron differentiation. By identifying the pathways involved, it aims to uncover new approaches to understanding developmental disorders of the nervous system. Utilizing experimental methods and systematic data analysis, this research not only enhances our understanding of the fundamental mechanisms of nervous system development but also opens possibilities for developing therapies for related disorders

In this review, we undertake an in-depth survey of the traditional as well as modern methods used in finding solutions for partial differential equations (henceforth PDEs). We categorise these equations into three main kinds: elliptic, parabolic, and hyperbolic. We also give illustrative examples of these PDEs and discuss the applications of them in a range of fields. This range extends from fluid dynamics (hydrodynamics), as well as thermal (heat) conduction, to quantum mechanics. Our exploration features a number of analyses used in this regard such as variable splitting or defactorising in addition to the transforms invented by Fourier and Laplace. Not only this but also this survey takes in numerical methods ranging from grid-based (finite difference), mesh-based (finite element) to spectral. Also discussed in this paper is a range of special techniques that ranges from the variational techniques, Green's (fundamental solution) functions to perturbation (also known as Asymptotic expansion in addition to sketching the latest developments with respect to computational methods. This review also sheds light on current challenges that confront addressing complicated PDEs especially those nonlinear and multi-variable. In this regard, the paper calls for more research in order to develop more effective methods. The paper maps out the importance of PDE usages in real-life and its potential for more related discoveries in the future particularly with respect to areas such as machine learning and quantum computing.