Ушбу мақолада криптоактивлар ва виртуал валюталар билан боғлиқ жиноятларни тергов қилишда дастлабки тергов ҳаракатларини (кўздан кечириш, тинтув ва олиб қўйиш) ўтказишнинг ўзига хос тактик хусусиятлари ҳамда амалиётда юзага келаётган ҳуқуқий ва техник муаммолар таҳлил қилинган. Рақамли далилларни йиғиш, аппарат ҳамёнлари ва SEED-ибораларни излаш, шунингдек, жиноят қуроли ёки объекти бўлган активларни қонуний хатлаш ва давлат назоратидаги ҳамёнларга ўтказиш тартиб-таомиллари халқаро стандартлар ҳамда миллий қонунчилик (хусусан, 3591-сонли Йўриқнома) асосида ўрганилган. Тадқиқот натижасида гумонланувчининг паролларни тақдим этишдан бош тортиши, оффшор биржалар билан ишлашдаги қийинчиликлар ва рақамли далилларни сақлаш тизимини такомиллаштириш юзасидан илмий-амалий таклифлар илгари сурилган.

Maqolada matematika fanini o‘qitishda zamonaviy pedagogik texnologiyalardan foydalanishning didaktik imkoniyatlari tahlil qilinadi. Tadqiqot empirik tajriba natijalarini uydirmasdan, matematika ta’limi bo‘yicha xalqaro ilmiy manbalar, tizimli sharhlar va O‘zbekiston oliy ta’limini rivojlantirishga doir normativ hujjatlar asosida qurildi. Flipped classroom, muammoli ta’lim, hamkorlikdagi o‘qitish, dinamik matematik dasturlar, o‘yin elementlari va formativ baholashning o‘quv jarayonidagi o‘rni yoritildi. Zamonaviy texnologiyaning samarasi vositaning o‘zida emas, balki aniq o‘quv maqsadi, matematik faoliyat, teskari aloqa va refleksiya bilan bog‘langan pedagogik dizaynda namoyon bo‘lishi asoslandi. Kvadrat funksiya misolida raqamli vizualizatsiyadan foydalanish ssenariysi va darsni tashkil etishning bosqichli modeli taklif etildi.

Mazkur maqolada O‘zbekistonda sun’iy intellekt (SI) va raqamli iqtisodiyotning mehnat bozori arxitekturasiga ta’siri ilmiy-nazariy jihatdan tahlil qilingan. Tadqiqot davomida iqtisodiyotni raqamlashtirish jarayonlarining makroiqtisodiy samaradorlikka, bandlik tarkibiga hamda zamonaviy kasblar paradigmasining shakllanishiga ta’siri kompleks o‘rganilgan. Shuningdek, kognitiv texnologiyalar va SI tizimlarining an’anaviy ishlarni avtomatlashtirish orqali strukturaviy qisqarishlarga olib kelishi, biroq ayni paytda yuqori malaka talab etuvchi yangi raqamli profillarga bo‘lgan ehtiyojni keskin oshirishi ilmiy asoslangan. Maqolada ilg‘or xorijiy tajribalar va milliy iqtisodiyot xususiyatlari qiyosiy tahlil qilinib, O‘zbekiston mehnat bozorini raqamli davrga moslashtirish bo‘yicha strategik takliflar ishlab chiqilgan. Tadqiqot xulosalari shuni ko‘rsatadiki, raqamli iqtisodiyot sharoitida inson kapitalini uzluksiz rivojlantirish (upskilling va reskilling) barqaror iqtisodiy o‘sishning imperativ omili hisoblanadi.

This article presents a scientific and pedagogical analysis of the effectiveness of using everyday life examples to explain physical laws to school students. Particular attention is given to connecting theoretical concepts with familiar phenomena encountered in students’ daily lives, including motion, force, pressure, energy transformation, heat transfer, light, and electricity. The article examines how real-life examples can facilitate the understanding of abstract physical concepts, improve students’ motivation, and strengthen the connection between theoretical knowledge and practical experience. The role of everyday situations in developing scientific thinking, logical reasoning, problem-solving skills, and the ability to apply physical laws to real-world phenomena is also considered. Particular emphasis is placed on the use of demonstrations, simple experiments, questions, mathematical calculations, and practical activities based on familiar situations. The analysis demonstrates that contextualized physics instruction can make lessons more meaningful and accessible while encouraging active student participation. The systematic integration of everyday examples into physics education can therefore contribute to deeper conceptual understanding, stronger practical competencies, and greater interest in learning physics.

The increasing availability of digital platforms has created new opportunities for connecting individuals, communities, and organizations to address social and environmental challenges. Nevertheless, many potentially useful physical goods, such as clothing, books, toys, and household or children's items, remain unused or are discarded, while individuals and families may experience difficulties accessing these resources. Existing digital donation systems have primarily focused on monetary contributions, fundraising, or institutional charity, with comparatively less attention given to transparent peer-to-peer redistribution of reusable physical goods. This paper introduces XAYRIYA, a trust-based digital platform designed to connect donors with individuals and families in need through verified listings, digital matching, donation tracking, and community-based delivery. The platform integrates four major components: donation management, beneficiary verification, intelligent matching, and transparent transaction tracking. A design-oriented research approach is adopted to develop and conceptualize the platform, examining how digital transparency, verification, and traceability can enhance user trust and effective resource redistribution. The proposed framework also incorporates volunteers and partner organizations supporting actors within the donation ecosystem. The paper contends that XAYRIYA can simultaneously advance social inclusion, community participation, and circular-economy objectives by extending the useful life of products and directing them toward unmet social needs. The paper concludes with an evaluation framework and identifies future opportunities for empirical testing, including usability assessment, trust measurement, matching efficiency, and social and environmental impact evaluation.