Recent discussions and research highlight the limitations of Large Language Models (LLMs) in reasoning and mathematical tasks. A new benchmark developed by researchers, including DCasBol and thefillm, exposes that most LLMs, including OpenAI's o1-mini, start erring after just two operations in sequential reasoning tasks. Apple's latest publication supports these findings, indicating that LLMs rely more on sophisticated pattern matching rather than genuine reasoning. Smaller LLMs particularly struggle with complex mathematical reasoning due to their inability to detect and fix errors. However, a teacher-student framework and hierarchical thought templates have been proposed to enhance the reasoning capabilities of smaller models.
Smaller LLMs struggle with complex mathematical reasoning due to inability to detect and fix errors. Teacher-student framework enhances mathematical reasoning in smaller language models. With Hierarchical thought templates and cross-model DPO **Solution in this Paper** 🧠: •… https://t.co/jVUfNDFaZs https://t.co/3WFIRMzi4N
I wrote about how understanding some of how LLMs work can help you get an intuition for how they "think" & to get better results out of them (though even knowing the underlying principles of how they work doesn't easily explain everything that AIs can do) https://t.co/1k5b9DWWhG
Can Large Language Models (LLMs) truly reason? https://t.co/JruUQ0fnt6 TLDR: no