FIZIKANING ZAMONAVIY TA’LIM TIZIMIDAGI O‘RNI

KIRISH: mazkur maqolada fizika fanining zamonaviy ta’lim tizimidagi o‘rni va ahamiyati ilmiy-nazariy hamda metodik jihatdan tahlil qilinadi. fizikaning o‘quvchilarda ilmiy tafakkur, analitik fikrlash va muammoni hal etish kompetensiyalarini shakllantirishdagi roli asoslab beriladi. MAQSAD: tadqiqotning maqsadi — fizika ta’limida raqamli texnologiyalar, virtual laboratoriyalar, sun’iy intellektga asoslangan adaptiv tizimlar va fanlararo integratsiya mexanizmlaridan foydalanish orqali ta’lim samaradorligini oshirishdir. MATERIALLAR VA METODLAR: tadqiqotda nazariy tahlil, pedagogik umumlashtirish, eksperimental kuzatuv va raqamli ta’lim vositalarini sinovdan o‘tkazish metodlari qo‘llanildi. NATIJALAR VA MUHOKAMA: natijalar shuni ko‘rsatdiki, fizika ta’limida raqamli texnologiyalar va virtual laboratoriyalarni qo‘llash o‘quvchilarda ilmiy tafakkur va analitik fikrlashni rivojlantiradi. adaptiv ta’lim tizimlari esa individual yondashuvni ta’minlab, o‘quvchilarning muammoli vaziyatlarda mantiqiy xulosa chiqarish ko‘nikmalarini mustahkamlaydi. XULOSA: fizika ta’limi zamonaviy ta’lim tizimida fanlararo integratsiya, raqamli texnologiyalar va innovatsion metodlar asosida tashkil etilganda, o‘quvchilarning ilmiy tafakkuri va kompetensiyalarini rivojlantirishda samarali vosita bo‘lib xizmat qiladi.

INTRODUCTION: this article provides a scientific and methodological analysis of the role and importance of physics in the modern education system. it highlights physics’ contribution to developing students’ scientific thinking, analytical reasoning, and problemsolving competencies. PURPOSE: the purpose of the study is to enhance the effectiveness of physics education through the use of digital technologies, virtual laboratories, AI-based adaptive learning systems, and interdisciplinary integration mechanisms. MATERIALS AND METHODS: methods included theoretical analysis, pedagogical generalization, experimental observation, and testing of digital learning tools. RESULTS AND DISCUSSION: the findings show that incorporating digital technologies and virtual laboratories into physics education fosters scientific thinking and analytical skills. adaptive learning systems provide individualized approaches and strengthen logical reasoning in problem situations. CONCLUSION: physics education, when organized through interdisciplinary integration, digital technologies, and innovative methods, serves as an effective tool for developing students’ scientific thinking and competencies in modern education.