Volume 6.
Issue 01.

This study explores the cultivation strategies aimed at maximizing the growth and yield of 'Atlantic' potatoes through the optimization of shading net usage and watering intervals. Through controlled experiments, the research unravels the intricate benefits of these interventions on plant development and tuber production. The findings showcase a significant enhancement in both plant growth and overall yield, providing valuable insights for potato cultivation practices. This research contributes to the sustainable advancement of potato farming, offering practical approaches for optimizing 'Atlantic' potato yields.

The importance and main aspects of international and national exams are reflected in this article.  In this article, the role of international and national exams is incomparable in strengthening foreign language skills of our country's youth.  Also, in this article, the necessity of international exams is shown in several examples. This article talks about the importance of international exams in the life of students and what opportunities they create for them, which exams are important to show the student's knowledge.  The reasons for the increasing importance of IELTS, Cambridge and other prestigious exams among students have also been shown.

The article reveals the economic significance and relevance of joint-stock companies attracting financial resources from the stock market. Information is presented on the research of foreign and domestic economists in this area. The participation of joint stock companies in the stock market and its trends is analyzed. Also, based on the results of the study, conclusions are presented on improving the mechanism for joint-stock companies to attract financial resources from the stock market.

This study investigates the impact of different growing media in an Autopot Fertigation System on the yield of cherry tomatoes. The experiment aims to identify the most effective growing medium, considering its influence on plant growth, nutrient absorption, and overall productivity. A comparative analysis is conducted to provide valuable insights into optimizing cherry tomato cultivation in Autopot Fertigation Systems, enhancing agricultural practices for sustainable and high-yielding crop production.

This study investigates the efficiency and performance of the Autopot Fertigation System in the cultivation of cherry tomatoes. The Autopot system, known for its precision in delivering water and nutrients to plants, is evaluated for its impact on growth, yield, and resource utilization in cherry tomato crops. Through meticulous analysis, including growth parameters, fruit quality assessments, and resource efficiency measures, this research aims to unveil the advantages and potential optimizations associated with the Autopot Fertigation System in enhancing the overall productivity of cherry tomato cultivation.

: This article presents a comprehensive, publication-ready treatment of fault-tolerant zonal controller architectures for modern automotive electrical/electronic (E/E) systems, synthesizing cross-layer reliability concepts, hardware lockstep techniques, time-sensitive scheduling, and zonal Ethernet/CAN-FD topologies into a unified design and evaluation framework. The work situates the zonal controller as a critical node in the transition to domain-zonal distributed architectures, and proposes a dual-core lockstep design, inspired by industry practice and radiation-tolerant research, augmented with software and runtime mitigations to achieve high dependability under transient faults, soft errors, and interference. The methodology integrates design-time redundancy, runtime adaptation of time-triggered schedules, and low-cost recovery mechanisms to balance safety, cost, and performance. Results are described in qualitative and descriptive quantitative terms that connect architectural choices to observed and expected reliability outcomes, drawing on empirical findings in radiation stress testing, lockstep implementations, and fault injection studies. The discussion elaborates theoretical implications, tradeoffs among redundancy, cost, and latency, and the interplay between zonal topology, over-the-air update security, and synchronization constraints. Limitations and directions for future work—covering mixed-criticality scaling, formal verification of schedule adaptation, and co-design with emerging RISC-V and heterogeneous compute fabrics—are presented. This synthesis offers practitioners and researchers a detailed blueprint and critical analysis for designing resilient zonal controllers suitable for present-generation automotive platforms

This article describes the importance of insurance companies in the development of the national economy. In recent years, practical data on insurance operations carried out by insurance companies have been analyzed. In the practice of foreign countries, the priority areas of development of investment activity by insurance companies were researched. Conclusions and proposals for improving the activities of insurance companies have been formulated.

The article examines the views of foreign and domestic economists-scientists on the theoretical and practical aspects of attracting foreign investments to the economy. The total volume of foreign direct investments and fixed capital investments in the regions has been analyzed. Also, the problems of attracting foreign investments to our country were identified and proposals and recommendations were developed to solve the problems.

This study delves into the intricate mechanical behavior of subcellular organelles by employing a sophisticated 3D finite element model that embraces the principles of tensegrity structures. Tensegrity, a structural concept characterized by a balance of tension and compression elements, has been increasingly recognized as a crucial framework for understanding the dynamic nature of cellular components. Through our computational approach, we explore the biomechanical responses of subcellular organelles, shedding light on their structural integrity, deformation patterns, and overall mechanical functionality. The insights gained from this study contribute to the growing understanding of cellular biomechanics, offering potential applications in fields such as cell biology, bioengineering, and medicine.