Editorial illustration for DeepSeekMath-V2 Conquers Math Olympiads, Wins Gold and Top Honors in China
DeepSeekMath-V2 Conquers Math Olympiads with AI Gold Medal
DeepSeekMath-V2 Wins Gold at IMO 2025, Tops China Math Olympiad
Artificial intelligence is pushing mathematical boundaries in ways that would have seemed impossible just years ago. DeepSeekMath-V2, an open-source AI system, has stunned mathematicians by clinching gold at the International Mathematical Olympiad (IMO) 2025 and dominating China's most prestigious math competition.
The system's performance isn't just impressive, it's notable. By demonstrating near-superhuman problem-solving skills across high-level mathematical challenges, DeepSeekMath-V2 is rewriting expectations about AI's computational capabilities.
What makes this achievement truly remarkable is the system's versatility. Not content with conquering international competitions, the AI has set its sights on increasingly complex mathematical terrain, challenging traditional notions of machine intelligence.
Researchers are now asking: Just how far can AI push mathematical reasoning? The results from recent competitions suggest we're witnessing a profound shift in computational problem-solving, one that could fundamentally transform how we approach mathematical challenges.
Besides the IMO 2025 competition, DeepSeekMath-V2 also achieved top-tier performance on China's toughest national competition, the China Mathematical Olympiad (CMO), and posted near-perfect results on the undergraduate Putnam exam. "On Putnam 2024, the preeminent undergraduate mathematics competition, our model solved 11 of 12 problems completely and the remaining problem with minor errors, scoring 118/120 and surpassing the highest human score of 90," stated DeepSeek. DeepSeek argues that recent AI models excel at getting the right answers (in math benchmarks like AIME and HMMT) but often lack sound reasoning. "Many mathematical tasks like theorem proving require rigorous step-by-step derivation rather than numerical answers, making final answer rewards inapplicable." To address this, DeepSeek emphasises the need for models that can judge and refine their own reasoning.
AI's mathematical prowess just hit a stunning milestone. DeepSeekMath-V2 isn't just solving problems - it's dominating elite competitions that traditionally challenge the world's brightest human minds.
The model's performance speaks volumes. At the International Mathematical Olympiad and China's Mathematical Olympiad, it secured top honors, while nearly perfecting the prestigious Putnam exam with an extraordinary 118/120 score.
These aren't incremental improvements. They represent a quantum leap in computational problem-solving, especially in mathematics' most challenging domains. The Putnam result is particularly striking: DeepSeekMath-V2 exceeded the highest recorded human score of 90.
What's most intriguing isn't just the raw computational power, but the model's ability to navigate complex, non-linear mathematical reasoning. These competitions demand creative problem-solving, not just mechanical calculation.
Still, questions remain. How consistently can the model perform? What are its limitations? While the current results are impressive, mathematical idea is an ongoing journey of discovery and refinement.
Further Reading
- DeepSeek releases first open AI model with gold-level scores at maths olympiad - South China Morning Post
- DeepSeek Drops World's First Open IMO-Gold AI - AIM Network
- DeepSeek's Strong Comeback: Open-Sourcing an IMO Gold Medal Model - 36Kr
Related Reading
Open Source UK PM vows action on Grok's deepfake scandal, Starmer condemns X
Open Source GPT-5 helps mathematicians offload tedious tasks, says Timothy Gowers
Open Source India proposes licensing and royalty rules for AI training by Google, OpenAI
From Archives SAM3 uses concept segmentation to locate any object described in images or video
From Archives Startup Aims to Reinvent AI Interconnect, Tackling the Traffic Jam
Common Questions Answered
How did DeepSeekMath-V2 perform at the International Mathematical Olympiad (IMO) 2025?
DeepSeekMath-V2 achieved a gold medal at the IMO 2025, demonstrating exceptional mathematical problem-solving capabilities. This performance represents a significant breakthrough in AI's ability to tackle complex mathematical challenges traditionally reserved for top human mathematicians.
What remarkable score did DeepSeekMath-V2 achieve on the Putnam exam?
DeepSeekMath-V2 scored an impressive 118/120 on the Putnam exam, surpassing the highest human score of 90. The AI solved 11 of 12 problems completely and had only minor errors on the remaining problem, showcasing its near-superhuman mathematical reasoning abilities.
What makes DeepSeekMath-V2's performance in mathematical competitions so significant?
DeepSeekMath-V2 has broken new ground by not only competing in elite mathematical competitions but dominating them, including top performances at the International Mathematical Olympiad and China's Mathematical Olympiad. This achievement represents a major milestone in artificial intelligence's capability to solve complex mathematical problems at a level previously thought impossible for machines.