This study explores Brazilian Jiu-Jitsu as an effective tool in educational practice, facilitating the development of psycho-emotional qualities, enhancing health, and improving intellectual abilities. A distinctive feature of this martial art is its integration of physical training, analytical thinking, and strategic planning while fostering personal development. The objective of this study is to examine the impact of Brazilian Jiu-Jitsu training on cognitive abilities, stress resilience, and emotional balance within educational settings.

The study highlights the influence of training on the development of self-control, confidence, and the ability to engage in objective self-assessment. Training positively affects cognitive processes, including attention span, information processing, and the organization of thought patterns. The findings confirm that Brazilian Jiu-Jitsu fosters discipline, perseverance, and the ability to overcome challenges. The presented data are relevant to the educational environment, contributing to successful adaptation to changes and the formation of effective problem-solving strategies.

The conclusion emphasizes the importance of incorporating Brazilian Jiu-Jitsu into educational practices, as martial arts serve as a universal tool for enhancing intellectual, emotional, and physical skills while fostering goal achievement across various domains.

This study explores the application of Response Surface Methodology (RSM) to optimize the physical conditions influencing the production of actinokinase, a fibrinolytic enzyme with significant therapeutic potential. Key parameters such as temperature, pH, agitation speed, and incubation time were systematically investigated to identify their effects on enzyme yield. A central composite design was employed to model and optimize the production process, resulting in enhanced actinokinase activity under ideal conditions. The results demonstrate that RSM is an effective statistical tool for fine-tuning critical physical factors, leading to a significant improvement in actinokinase production. These findings provide a foundation for scaling up enzyme production while maintaining cost-effectiveness and efficiency.

This article examines the process of developing the Scafwording application aimed at enhancing vocabulary skills among users preparing for the GRE exam. The platform employs adaptive methods that integrate reinforcement learning algorithms to implement personalized approaches to the learning process.

The study's objective was to create a tool that facilitates the acquisition of vocabulary necessary for completing GRE tasks. The methodology is based on cognitive principles, including spaced repetition and simulation of conditions close to a natural language environment. The technological process of analyzing user interactions on the platform helps tailor educational programs to individual needs.

Interactive components and progress visualization, help maintain engagement in the learning process. The platform creates an environment for studying words in context, enhancing their practical application.

The results demonstrate that the Scafwording application is an effective tool for learning. The information presented in this study is valuable for students, educators, and professionals as it offers opportunities to learn language based on individually tailored strategies.

This article examines the transition from on-premises IT infrastructure to the Microsoft Azure cloud platform, aimed at enhancing the reliability, flexibility, and scalability of information systems. The purpose of the study is to analyze the migration process from an on-premises network to the Microsoft Azure cloud platform. The article explores the stages of migration, including the assessment of the current infrastructure, the design of an architecture based on cloud technologies, and the implementation of monitoring tools and process automation. The methodology is based on theoretical principles, practical recommendations, and examples of successful migrations.

The findings demonstrate that transitioning to the Azure platform improves system availability and reliability through its distributed infrastructure and automated resource management tools. Cloud technologies enable organizations to scale computing power flexibly, adapting to changing demands. Azure also offers integration with other cloud services, expanding the functional capabilities of the ecosystem.

This article will be useful for IT professionals, IT managers, cloud solution architects, and developers interested in efficient migration and optimization of IT structures. The conclusion emphasizes that a well-planned cloud transition can reduce operational costs, improve system resilience, and enhance the competitiveness of IT systems, thereby supporting organizational goals.