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Reading ability is an important basic skill for elementary school student. However, not all students can master it well due to various factors, such as delayed language development, lack of stimulus, and specific learning disorders such as dyslexia.This research aims to determine Ultilization impact technology in supporting reading literacy for students with reading difficulties. The method employed is a literature review by analyzing many  previous studies Associated with the utlization of technology in improving reading skills.the findings of the study show that digital-based digital innovation , such as interactive learning applications, Text-to-Speech (TTS), Augmented Reality (AR), and QR-Code technology,can improve students’ reading skills. The main obstacles in implementing technologies that are less relevant to learning. Recommendations provided include increasing technology, and integrating digital methods with conventional learning approaches. This research is expected to be a reference for educators and stakeholders in the developing  process more effective strategies to improve elementary school students’ reading skills by optimally utilizing technology.

Reading ability is an important basic skill for elementary school student. However, not all students can master it well due to various factors, such as delayed language development, lack of stimulus, and specific learning disorders such as dyslexia.This research aims to determine Ultilization impact technology in supporting reading literacy for students with reading difficulties. The method employed is a literature review by analyzing many  previous studies Associated with the utlization of technology in improving reading skills.the findings of the study show that digital-based digital innovation , such as interactive learning applications, Text-to-Speech (TTS), Augmented Reality (AR), and QR-Code technology,can improve students’ reading skills. The main obstacles in implementing technologies that are less relevant to learning. Recommendations provided include increasing technology, and integrating digital methods with conventional learning approaches. This research is expected to be a reference for educators and stakeholders in the developing  process more effective strategies to improve elementary school students’ reading skills by optimally utilizing technology.

Education is the main foundation for the progress of society and individuals, Basic education is very important to build students' knowledge and skills, especially in the field of science. Conventional methods, such as the use of illustrations and textbooks, are often not interesting and interactive. Digital technology presents new opportunities in learning innovation, including by utilizing augmented reality (AR). This study aims to analyze and evaluate the use of interactive media based on augmented reality (AR) in learning the topic of animal classification based on their type of food. The method used is a literature study by reviewing various scientific sources, including journals, articles, and relevant research reports in the last five years. AR-based interactive media offers an innovative and immersive learning experience, allowing students to interact directly with virtual objects in the form of three-dimensional (3D) visualizations. The results of the study show that the use of AR can improve students' understanding of the material, increase engagement in learning, and provide a more interesting and contextual learning experience. In addition, AR media is considered effective in helping students identify animal characteristics based on eating habits, such as herbivores, carnivores, and omnivores. This study concludes that the integration of AR in science learning at the elementary school level has great potential to improve learning effectiveness.

Education is the main foundation for the progress of society and individuals, Basic education is very important to build students' knowledge and skills, especially in the field of science. Conventional methods, such as the use of illustrations and textbooks, are often not interesting and interactive. Digital technology presents new opportunities in learning innovation, including by utilizing augmented reality (AR). This study aims to analyze and evaluate the use of interactive media based on augmented reality (AR) in learning the topic of animal classification based on their type of food. The method used is a literature study by reviewing various scientific sources, including journals, articles, and relevant research reports in the last five years. AR-based interactive media offers an innovative and immersive learning experience, allowing students to interact directly with virtual objects in the form of three-dimensional (3D) visualizations. The results of the study show that the use of AR can improve students' understanding of the material, increase engagement in learning, and provide a more interesting and contextual learning experience. In addition, AR media is considered effective in helping students identify animal characteristics based on eating habits, such as herbivores, carnivores, and omnivores. This study concludes that the integration of AR in science learning at the elementary school level has great potential to improve learning effectiveness.

This research examines the optimization of brain plasticity in Arabic language learning through a neurolinguistic approach, using a literature review method. Brain plasticity, the brain's ability to adapt and change through learning and experiences, plays a crucial role in language acquisition. Neurolinguistic approaches, which integrate techniques such as task-based learning and the use of educational technology, have proven effective in enhancing language learning outcomes. Literature analysis indicates that learning techniques involving various sensory modalities and educational technology can stimulate new neural pathways, strengthening language comprehension and memory. Studies focused on Arabic language learning highlight that traditional approaches are less effective compared to more interactive and communicative methods. The use of technology such as mobile applications and augmented reality provides a dynamic and engaging learning experience for students. Practical recommendations include developing more interactive curricula, utilizing educational technology, and training educators in neurolinguistic techniques. This research emphasizes the importance of a multidisciplinary approach to enhance the effectiveness of Arabic language learning, providing insights and strategies to optimize language learning through a better understanding of brain plasticity and neurolinguistics.

This research examines the optimization of brain plasticity in Arabic language learning through a neurolinguistic approach, using a literature review method. Brain plasticity, the brain's ability to adapt and change through learning and experiences, plays a crucial role in language acquisition. Neurolinguistic approaches, which integrate techniques such as task-based learning and the use of educational technology, have proven effective in enhancing language learning outcomes. Literature analysis indicates that learning techniques involving various sensory modalities and educational technology can stimulate new neural pathways, strengthening language comprehension and memory. Studies focused on Arabic language learning highlight that traditional approaches are less effective compared to more interactive and communicative methods. The use of technology such as mobile applications and augmented reality provides a dynamic and engaging learning experience for students. Practical recommendations include developing more interactive curricula, utilizing educational technology, and training educators in neurolinguistic techniques. This research emphasizes the importance of a multidisciplinary approach to enhance the effectiveness of Arabic language learning, providing insights and strategies to optimize language learning through a better understanding of brain plasticity and neurolinguistics.