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The tide of technology surges forward. Once considered exclusive to research, Artificial Intelligence (AI) systems have quietly permeated the daily academic lives of college students. Anthropic recently released a substantial, large-scale research report analyzing millions of anonymized student conversations on the Claude.ai platform. For the first time, this reveals how college students utilize this emerging tool in real-world scenarios. The report not only outlines the current landscape of student AI usage but also prompts reflection on the future direction of education. Focus includes STEM fields.

In today's rapidly advancing AI landscape, effectively evaluating and comparing the capabilities of different generative AI models is a significant challenge. Traditional AI benchmarking methods are increasingly showing their limitations, prompting AI developers to explore more innovative evaluation approaches. Recently, a website called "Minecraft Benchmark" (MC-Bench) has emerged, uniquely leveraging Microsoft's sandbox game Minecraft to facilitate model assessment.

A 12th-grade student has built an innovative platform for evaluating the performance of different AI models in Minecraft creations, offering a fresh perspective on the field of AI evaluation. New Benchmarking Approaches Address Limitations of Traditional Methods. As limitations of traditional AI benchmarking methods become increasingly apparent, developers are seeking more creative evaluation avenues. For a group of developers, Microsoft's sandbox building game Minecraft became the ideal choice. High school student Adi Singh and his team developed Mi...

On November 14, OpenAI released a professional student writing guide, systematically outlining the proper use of ChatGPT in the field of education for the first time. This guide not only addresses concerns from the education sector about AI but also provides clear action points for students on how to appropriately utilize AI tools. OpenAI emphasizes that ChatGPT should be viewed as a learning aid rather than a replacement. When used correctly, this tool can deepen the understanding of complex concepts; conversely, improper use may hinder the development of learning skills.

American educational technology company Edia recently launched a groundbreaking AI tool aimed at addressing the increasingly severe issue of student absenteeism in U.S. schools through intelligent parental communication and personalized intervention plans. Data shows that over the past two years, the long-term absenteeism rate for American students has risen from 15% in 2018 to 26% in 2023, drawing widespread attention. Image source credit: Image generated by AI, image licensed by service provider Midjourney. The most notable feature of this innovative tool is its rapid response capability. It can...

With the arrival of the new school season, DingTalk has launched an upgraded 'New Student Enrollment Plan' aimed at reducing management burdens and increasing efficiency in schools through intelligent solutions, creating a smart and harmonious educational environment. This plan covers key aspects such as new student enrollment, class division, and graduation information management, providing a one-stop service to facilitate seamless connections between schools and families.

Hudhayfa, a mathematics undergraduate born in the 2000s, built a miniature nuclear fusion reactor in his bedroom with the help of AI assistant Claude 3.5, overcoming the challenge of having no hardware experience. He familiarized himself with the parts and assembled the system, documenting the entire process on social media. In the first week, he learned how to use the tools; in the second week, he designed and assembled the main chamber and half-bridge converter; in the third week, he built the system in his bedroom, learning about circuit connections and vacuum pressure control; in the fourth week, he found a suitable neon transformer to generate plasma. Hudhayfa received remote assistance from several engineers to ensure safety.

Turkish high school student Selin Alara Ornek innovatively created an AI-driven machine guide dog using Nvidia technology to provide high-tech assistance for visually impaired people. Combining advanced robotics and AI technology, Ornek's IC4U project utilizes AI cameras and sound sensors for precise object detection and recognition, aiding in daily activities such as shopping. This quadruped robot, powered by the Nvidia Jetson Nano chip, efficiently processes visual and auditory information. Ornek is committed to...

With the rapid development of artificial intelligence, educators are exploring its applications in the new school year, especially after experiencing learning losses due to the COVID-19 pandemic. Strategic assessments, often overlooked, have been found to significantly boost student performance. By utilizing AI to generate frequent, low-risk evaluations, teachers can effectively leverage the 'testing effect', meaning that students learn better through testing compared to traditional methods, with retention improvements of up to 50%. This type of assessment is suitable for various subjects and age groups, even for those with memory impairments.

The AI painter struggles to generate specific scenes like 'Ice Cola in a teacup,' highlighting the issue of text-image misalignment. Zhao Juntu, a PhD student at Shanghai Jiao Tong University, and his team discovered that even the most advanced AI models have difficulty accurately understanding and realizing complex concepts described in text, such as the difference between a transparent glass cup and a traditional teacup. To address this issue, they proposed a Mixture of Concept Experts (MoCE) method, utilizing large language models to help AI grasp hidden concepts, thereby enabling more precise control over text.

In this era of information explosion, university students often feel overwhelmed by the vast sea of academic papers and complex research tasks. Enter WoYan Turbo, a research model specifically designed for college students, to rescue their research careers!WoYan Turbo, launched by the unicorn Vaughan Intelligence, has revolutionized the field of research guidance. The model integrates numerous research assistance functions, including but not limited to journal recommendations, literature summari

The 'invasion' of AI into university exam halls has quietly occurred. Research from the University of Reading in the UK has revealed a staggering phenomenon: in actual university exams, 94% of AI-generated answers went unnoticed by teachers and were not detected. Even more shocking is that these AI 'students' achieved scores that were significantly higher than human students 83.4% of the time. This seems to signal that AI not only shows potential in replacing human jobs but is also beginning to surpass university students in cognitive tasks.

The ChatGPT large language model has shown excellent performance in the neurology exam, with one of the models achieving an accuracy rate of 85%, surpassing the average level of human neurology students. Researchers evaluated the performance of two ChatGPT models on the American Psychiatric and Neurology Board question bank.

An academic survey in Argentina shows that 92% of students use ChatGPT for assisted learning. Teachers express concerns about the knowledge dependency, loss of learning habits, and plagiarism risks associated with ChatGPT. Experts urge the improvement of teaching practices with the help of AI in uncertain situations to foster student creativity. The survey provokes deep reflection within the education sector regarding the use of artificial intelligence in academic settings.