Current AI models struggle with autonomous learning due to inherent limitations. A new learning architecture is proposed, inspired by human and animal cognition, which incorporates learning from observation and active behavior.
arxiv.org
1 min
3/17/2026
Recent advancements in foundational models have produced reasoning systems that can achieve gold-medal standards at the International Mathematical Olympiad. Transitioning from competition-level problem-solving to professional research necessitates the ability to navigate extensive literature and construct long-form mathematical arguments.
arxiv.org
2 min
2/15/2026
Current AI models struggle with autonomous learning due to inherent limitations. A new learning architecture is proposed, inspired by human and animal cognition, which incorporates learning from observation and active behavior.
arxiv.org
1 min
3/17/2026
Recent advancements in foundational models have produced reasoning systems that can achieve gold-medal standards at the International Mathematical Olympiad. Transitioning from competition-level problem-solving to professional research necessitates the ability to navigate extensive literature and construct long-form mathematical arguments.
arxiv.org
2 min
2/15/2026
Current AI models struggle with autonomous learning due to inherent limitations. A new learning architecture is proposed, inspired by human and animal cognition, which incorporates learning from observation and active behavior.
arxiv.org
1 min
3/17/2026
Recent advancements in foundational models have produced reasoning systems that can achieve gold-medal standards at the International Mathematical Olympiad. Transitioning from competition-level problem-solving to professional research necessitates the ability to navigate extensive literature and construct long-form mathematical arguments.
arxiv.org
2 min
2/15/2026
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