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This study investigates the transformative effects of digital intelligence on translator education through a theoretical and exploratory approach, employing both bibliometric and content analysis to derive its findings. It systematically examines the evolution of translator training methodologies through the integration of AI, ChatGPT, large language models (LLMs), and 5G, providing a comprehensive framework for understanding these changes. Key findings reveal that personalized learning, supported by digital tools, significantly enhances student engagement and skill acquisition. However, challenges such as ensuring data quality, mitigating excessive dependence on technology, and maintaining ethical standards persist. The study underscores the critical necessity of developing advanced training platforms and strategies that foster effective teacher-student interactions and uphold academic integrity. Furthermore, it emphasizes the importance of continuous innovation in educational practices to equip future translators for the demands of a digital and highly connected world. These insights offer valuable guidance for educators and policymakers in crafting curricula that are both forward-thinking and resilient.

Chinese mitten crab, Eriocheir sinensis, is a migratory crustacean that grows in freshwater and reproduces in seawater. As a traditional aquatic product treasure in China, the industry of E. sinensis has become one of the unique freshwater fishery pillar industries. With years of development, a relatively complete industrial chain model has been initially formed, and its culture area, output and trade are constantly growing. However, the lag of aquatic product processing industry limits the large-scale development of the E. sinensis industry chain. In order to further explore the industry advantages and scale, it is urgent to vigorously develop the E. sinensis processing industry and promote the industrial optimization and upgrading. Moreover, strengthen scientific and technological support and reduce market risks by means of technological innovation to promote the healthy development of the industrial chain. This review expounds the current situation and existing problems of crab product processing in China, and the prospects of future product processing and sustainable utilization, in order to provide new insights for the large-scale development of E. sinensis industry chain.

This review paper examines the crucial role of nanowires in the field of quantum computing, highlighting their importance as versatile platforms for qubits and vital building blocks for creating fault-tolerant and scalable quantum information processing systems. Researchers are studying many categories of nanowires, including semiconductor, superconducting, and topological nanowires, to explore their distinct quantum features that play a role in creating various qubit designs. The paper explores the interdisciplinary character of quantum computing, combining the fields of quantum physics and materials science. This text highlights the significance of quantum gate operations in manipulating qubits for computation, thus creating the toolbox of quantum algorithms. The paper emphasizes the key research areas in quantum technology, such as entanglement engineering, quantum error correction, and a wide range of applications spanning from encryption to climate change modeling. The research highlights the importance of tackling difficulties related to decoding mitigation, error correction, and hardware scalability to fully utilize the transformative potential of quantum computing in scientific, technical, and computational fields.

Homestead agroforestry is one of the recognized agroforestry practices in Bangladesh. While the monoculture cropping system is enormously intensified, homestead agroforestry has added dimension to rapid economic growth. But despite having significance, homestead agroforestry is not gaining concern in further development. The study was done to bring this topic into focus by compiling the prospects of homestead agroforestry in Bangladesh by highlighting the significance and necessity. A secondary analysis was done by reviewing the findings to do this research. To collect paper keywords, “Bangladesh homestead agroforestry”, “Homestead agroforestry practices”, “Homestead agroforestry status”, “Homestead biodiversity’', “Homestead and SDGs,” “Dominant species,” and “Home garden agroforestry system” were entered. Following the PRISMA framework, 337 papers were collected, among which 113 met the inclusion or eligibility criteria. The interrelated publications of homestead agroforestry with SDGs were assessed from the 113 shortlisted articles. The interrelated publications assessment on homestead agroforestry in the context of Sustainable Development Goals figured out that major research output was oriented towards no poverty (44%), decent work and economic growth (27%), zero hunger (20%), indicating its link to achieve SDGs from Bangladesh perspectives. The shortlisted articles were reviewed in the context of Sustainable Development Goals (SDGs), food security, livelihood improvement, environmental resources conservation, and dominant species coverage. Consequently, the dominant species were tabulated along with their respective coverages according to their uses. The study identified that in all localities of Bangladesh, Mango, Areca, Coconut, and Mahogany are the highly preferred dominant species, while Jackfruit, Acacia, and Banana also prevailed. Hence, the study concluded that homestead agroforestry has significant prospects in food security, livelihood improvement, and environmental resources conservation, and its contribution to achieving Sustainable Development Goals cannot be ignored. But homestead agroforestry system is exposed to vulnerability due to constraints. The systematic elimination of prevailing constraints can help in successfully executing sustainable development goals, and fruitful consequences can be derived by imposing potential concerns on this sector.

Effective Electric Power Generation and Distribution result in the overall increase in efficiency in an economy. Nigeria generates 4500 MW for a population of 200 million people; hence, more than 50% of the population has no electricity access, and those with access experience power outages. Inasmuch as Nigeria is blessed with a vast amount of renewable energy sources, the country heavily relies on Natural Gas for power Generation. With regards to Power Generation, it is seen that the Power Generated is not evacuated efficiently. The purpose of this study is to access the growth of the Nigerian Power Sector from 1898 till date. This is achieved by evaluating the Power Sector Reforms enacted by different government to analyze their effectiveness. Furthermore, the study reviews strategically research that have discussed the strengths and weakness of the Nigerian Power Sector to be able to suggest hidden opportunities and reveal threats to the attainment of sustainable energy for all in 2030. Some of the Challenges discovered were energy user challenges, financial challenges, and energy losses. Some solutions and opportunities are the use of distributed generation, smart meters and the implemented of a smart grid system. In the long run, the authors propose that viable renewable energy sources in each State of the federation be tapped for Power Generation this would enable each State to the self-reliant and contributors to the Nigerian Power Generation Pool. It is believed that this actions would promote economic, social and technological benefits for the every stakeholder.

This study investigates the transformative effects of digital intelligence on translator education through a theoretical and exploratory approach, employing both bibliometric and content analysis to derive its findings. It systematically examines the evolution of translator training methodologies through the integration of AI, ChatGPT, large language models (LLMs), and 5G, providing a comprehensive framework for understanding these changes. Key findings reveal that personalized learning, supported by digital tools, significantly enhances student engagement and skill acquisition. However, challenges such as ensuring data quality, mitigating excessive dependence on technology, and maintaining ethical standards persist. The study underscores the critical necessity of developing advanced training platforms and strategies that foster effective teacher-student interactions and uphold academic integrity. Furthermore, it emphasizes the importance of continuous innovation in educational practices to equip future translators for the demands of a digital and highly connected world. These insights offer valuable guidance for educators and policymakers in crafting curricula that are both forward-thinking and resilient., Competing Interests: The authors declare that they have no known competing financial interests or personal relationships that could have appeared to influence the work reported in this paper., (© 2024 The Author.)

Chinese mitten crab, Eriocheir sinensis , is a migratory crustacean that grows in freshwater and reproduces in seawater. As a traditional aquatic product treasure in China, the industry of E. sinensis has become one of the unique freshwater fishery pillar industries. With years of development, a relatively complete industrial chain model has been initially formed, and its culture area, output and trade are constantly growing. However, the lag of aquatic product processing industry limits the large-scale development of the E. sinensis industry chain. In order to further explore the industry advantages and scale, it is urgent to vigorously develop the E. sinensis processing industry and promote the industrial optimization and upgrading. Moreover, strengthen scientific and technological support and reduce market risks by means of technological innovation to promote the healthy development of the industrial chain. This review expounds the current situation and existing problems of crab product processing in China, and the prospects of future product processing and sustainable utilization, in order to provide new insights for the large-scale development of E. sinensis industry chain., Competing Interests: The authors declare that they have no known competing financial interests or personal relationships that could have appeared to influence the work reported in this paper., (© 2024 The Authors.)

This review paper examines the crucial role of nanowires in the field of quantum computing, highlighting their importance as versatile platforms for qubits and vital building blocks for creating fault-tolerant and scalable quantum information processing systems. Researchers are studying many categories of nanowires, including semiconductor, superconducting, and topological nanowires, to explore their distinct quantum features that play a role in creating various qubit designs. The paper explores the interdisciplinary character of quantum computing, combining the fields of quantum physics and materials science. This text highlights the significance of quantum gate operations in manipulating qubits for computation, thus creating the toolbox of quantum algorithms. The paper emphasizes the key research areas in quantum technology, such as entanglement engineering, quantum error correction, and a wide range of applications spanning from encryption to climate change modeling. The research highlights the importance of tackling difficulties related to decoding mitigation, error correction, and hardware scalability to fully utilize the transformative potential of quantum computing in scientific, technical, and computational fields., Competing Interests: The authors declare that they have no known competing financial interests or personal relationships that could have appeared to influence the work reported in this paper., (© 2024 The Authors.)

Homestead agroforestry is one of the recognized agroforestry practices in Bangladesh. While the monoculture cropping system is enormously intensified, homestead agroforestry has added dimension to rapid economic growth. But despite having significance, homestead agroforestry is not gaining concern in further development. The study was done to bring this topic into focus by compiling the prospects of homestead agroforestry in Bangladesh by highlighting the significance and necessity. A secondary analysis was done by reviewing the findings to do this research. To collect paper keywords, "Bangladesh homestead agroforestry", "Homestead agroforestry practices", "Homestead agroforestry status", "Homestead biodiversity'', "Homestead and SDGs," "Dominant species," and "Home garden agroforestry system" were entered. Following the PRISMA framework, 337 papers were collected, among which 113 met the inclusion or eligibility criteria. The interrelated publications of homestead agroforestry with SDGs were assessed from the 113 shortlisted articles. The interrelated publications assessment on homestead agroforestry in the context of Sustainable Development Goals figured out that major research output was oriented towards no poverty (44%), decent work and economic growth (27%), zero hunger (20%), indicating its link to achieve SDGs from Bangladesh perspectives. The shortlisted articles were reviewed in the context of Sustainable Development Goals (SDGs), food security, livelihood improvement, environmental resources conservation, and dominant species coverage. Consequently, the dominant species were tabulated along with their respective coverages according to their uses. The study identified that in all localities of Bangladesh, Mango, Areca, Coconut, and Mahogany are the highly preferred dominant species, while Jackfruit, Acacia, and Banana also prevailed. Hence, the study concluded that homestead agroforestry has significant prospects in food security, livelihood improvement, and environmental resources conservation, and its contribution to achieving Sustainable Development Goals cannot be ignored. But homestead agroforestry system is exposed to vulnerability due to constraints. The systematic elimination of prevailing constraints can help in successfully executing sustainable development goals, and fruitful consequences can be derived by imposing potential concerns on this sector., Competing Interests: There is no conflict of interest., (© 2023 The Authors.)

Effective Electric Power Generation and Distribution result in the overall increase in efficiency in an economy. Nigeria generates 4500 MW for a population of 200 million people; hence, more than 50% of the population has no electricity access, and those with access experience power outages. Inasmuch as Nigeria is blessed with a vast amount of renewable energy sources, the country heavily relies on Natural Gas for power Generation. With regards to Power Generation, it is seen that the Power Generated is not evacuated efficiently. The purpose of this study is to access the growth of the Nigerian Power Sector from 1898 till date. This is achieved by evaluating the Power Sector Reforms enacted by different government to analyze their effectiveness. Furthermore, the study reviews strategically research that have discussed the strengths and weakness of the Nigerian Power Sector to be able to suggest hidden opportunities and reveal threats to the attainment of sustainable energy for all in 2030. Some of the Challenges discovered were energy user challenges, financial challenges, and energy losses. Some solutions and opportunities are the use of distributed generation, smart meters and the implemented of a smart grid system. In the long run, the authors propose that viable renewable energy sources in each State of the federation be tapped for Power Generation this would enable each State to the self-reliant and contributors to the Nigerian Power Generation Pool. It is believed that this actions would promote economic, social and technological benefits for the every stakeholder., Competing Interests: The authors declare no conflict of interest., (© 2023 The Authors.)