The famous mathematician Tao Zhexuan recently shared his experience in using big model AI tools for mathematical research. He found that for beginners, these AI tools provide relatively limited help because beginners often need more basic and systematic guidance. However, AI tools show their strong potential in advanced tasks such as coding and paper writing, which can significantly improve productivity.
Tao Zhexuan pointed out that expert researchers can make full use of AI tools to complete complex tasks such as automated coding, data analysis, and generation of high-quality academic papers. However, he stressed that while AI tools can provide efficient solutions, researchers still need to rigorously verify and review the output generated by AI to ensure their accuracy and reliability.
When talking about the importance of AI education, Tao Zhexuan believes that mastering the use and verification skills of AI tools has become an indispensable ability in modern society. Whether in academia or industry, understanding and applying AI technology will become the key to future development. He called on educational institutions to strengthen teaching of AI technology and cultivate students' critical thinking and problem-solving abilities.
Tao Zhexuan also mentioned that the application of AI tools in mathematical research is not limited to coding and paper writing, but can also be used for solving complex mathematical problems and theoretical verification. He gave an example, saying that AI can help researchers quickly screen a large number of mathematical literature and find relevant research results, thereby accelerating the research process.
Despite the outstanding performance of AI tools in advanced tasks, Tao Zhexuan still reminds researchers to be cautious. He pointed out that AI-generated solutions may have potential errors or biases, so they must be validated manually to ensure their correctness. This research method that combines AI and human intelligence will help promote further development in the field of mathematics.
In general, Tao Zhexuan's views provide a new perspective for the combination of mathematical research and AI technology. He believes that AI tools have great potential in advanced tasks, but also emphasizes the importance of education and output verification. By rationally utilizing AI technology, researchers can complete complex tasks more efficiently and promote progress in the academic community.