伦敦，2023年2月24日 – 谷歌旗下的DeepMind公司近日推出了一款名为AlphaGeometry的人工智能系统，该系统在解决奥林匹克级别的几何难题上取得了显著成就。结合了语言模型和符号引擎的AlphaGeometry，在包含30个高难度问题的测试集上解决了25个，超过了之前最佳方法仅解决的10个问题，其表现甚至接近了国际数学奥林匹克（IMO）金牌得主的平均水平。
AlphaGeometry的突破性进展表明，人工智能在几何学和数学领域正逐步达到甚至超越人类专家的能力。该系统通过运用符号和逻辑规则进行精确的推论，不仅解决了传统计算机难以处理的抽象几何问题，而且为数学教育和研究领域提供了新的工具。
这项创新技术的发展也标志着人工智能在处理复杂抽象思维方面的进步。未来，AlphaGeometry有望在教育、工程设计和数学理论研究中发挥重要作用。它的成功展示了人工智能在解决人类智力挑战方面的巨大潜力，同时也引发了关于人工智能在数学和科学领域未来角色的深入思考。
英文翻译：
London, February 24, 2023 – Google’s DeepMind has recently launched an artificial intelligence system called AlphaGeometry, which has made significant strides in solving geometric problems at Olympiad levels. The AI system, which combines a language model with a symbolic engine, resolved 25 out of 30 challenging problems in a test set, surpassing the previous best method’s resolution of only 10 problems and coming close to the average performance of International Mathematical Olympiad (IMO) gold medalists.
The breakthrough of AlphaGeometry demonstrates that AI is achieving and even surpassing the capabilities of human experts in geometry and mathematics. By applying symbolic and logical rules for precise reasoning, the system not only resolves abstract geometric problems that traditional computers struggle with but also provides a new tool for mathematical education and research.
The development of this innovative technology signifies the progress of AI in handling complex abstract thinking. In the future, AlphaGeometry is expected to play an important role in education, engineering design, and mathematical theoretical research. Its success showcases the immense potential of AI in tackling human intellectual challenges and also triggers in-depth reflections on the future role of AI in mathematics and science.
【来源】https://www.technologyreview.com/2024/01/17/1086722/google-deepmind-alphageometry/
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