Learn about enhancing AI agent reasoning capabilities through symbolic programming in this 25-minute technical video. Explore the ReasonAgain methodology, which improves mathematical reasoning evaluation in Large Language Models (LLMs) by implementing Python-based symbolic programs. Discover how parameter perturbations generate new input-output pairs to test LLMs' reasoning consistency, revealing performance limitations and fragilities not captured by traditional evaluation metrics. Follow along through detailed code examples in multiple programming languages including Prolog, LISP, Haskell, CLIPS, and SCALA, while understanding key concepts like symbolic code representation, perturbation techniques, and their impact on AI reasoning. Examine real-world applications, limitations, and implementation strategies that require no prompt engineering, backed by research from Microsoft and AMD. The presentation covers critical findings showing only 20% LLM accuracy in complex reasoning tasks and provides solutions for enhancing AI agent reasoning capabilities. Read more