Vietnamese Scientists Revolutionize AI in Mathematics with AlphaGeometry

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A team of Vietnamese scientists including Trinh Hoang Trieu, Luong Minh Thang and Le Viet Quoc have developed an AI mathematical model called AlphaGeometry. This model not only matches but surpasses the problem-solving abilities of human bronze medalists in the International Mathematical Olympiads (IMO).

The revolutionary performance of AlphaGeometry

AlphaGeometry demonstrated remarkable competence by solving 25 of the 30 geometry problems presented at IMO from 2000 to 2022. This performance is particularly significant when contrasted with the famous geometric theorem prover from the 1970s, which solved only 10 problems and even exceeds the average performance of the IMO gold medalists, who usually solve about 25.9 problems. The complexity and multi-step nature of these problems highlight the model’s advanced problem-solving capabilities.

Innovative approach and training

What sets AlphaGeometry apart is its unique combination of a neural language model and a symbolic engine specifically calibrated for solving geometric problems. This model eschews traditional training on human-generated data, instead relying on synthetic data to independently formulate high-quality solutions. This approach differs from other AI models, such as ChatGPT or Geminiwhich usually generate answers based on existing or similar human solutions.

The genesis and vision of alphageometry

The idea for AlphaGeometry originated in 2019 with the research of Trinh Hoang Trieu at New York University. The project gained momentum when Trieu, a graduate of Ho Chi Minh City University of Science, teamed up with former mathematics students Le Viet Quoc and Luong Minh Thang. Trieu, who joined Google DeepMind in 2021, led the team to this significant breakthrough.

AlphaGeometry is envisioned as more than an academic tool; it holds promise as a guidance system for high school students struggling with geometry problems, paving the way for AI-assisted learning. The model’s capabilities, based on pure geometric principles, have drawn attention and praise from the academic community, including Evan Chen, a 2014 IMO gold medalist and researcher at MIT.

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Future implications and achievements

As AlphaGeometry gains global recognition, it opens new horizons in the field of AI-assisted mathematics. With the potential to help address the seven problems of the Millennium Prize, future development of the model could have far-reaching implications in a variety of fields. The team’s publication in Nature, a prestigious scientific journal, marks an important milestone reflecting the potential of AI not only to solve complex mathematical problems, but also to advance human understanding and innovation.

This development is a testament to the endless possibilities that emerge when human creativity meets advanced technology, greatly expanding the boundaries of artificial intelligence.

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