AI and Mathematics: Bridging Abstraction and Computation
Yang-Hui He discusses how AI is transforming mathematical research and discovery, from pattern recognition in algebraic geometry to generating new conjectures.
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Yang-Hui He discusses how AI is transforming mathematical research and discovery, from pattern recognition in algebraic geometry to generating new conjectures.
Learn about dynamic memory allocation in C, including the stack vs heap, malloc, calloc, realloc, and best practices for managing memory.
Discover the journey through increasingly large number classes, from Busy Beavers to Loader's Number. Learn about proof-theoretic ordinals and the limits of computability.
Explore the journey to find the largest computable number, from Busy Beavers to Loader's Number. Discover the fascinating world of mathematical notations and proof-theoretic ordinals.
Explore the inner workings of large language models, their training process, and the revolutionary transformer architecture. Learn how these AI systems predict text and power modern chatbots.
Explore the fundamental operations and elements of data structures. Learn about inserting, deleting, and manipulating data in various structures.
Explore the latest AI advancements including Microsoft's Magnetic One agent workflow, Suno's V4 music generation model, and ByteDance's X Portrait 2 lip-syncing technology.
Learn the fundamental differences between classes and objects in Python. This guide explains how classes serve as blueprints for objects and how objects are instances of classes.
Explore the realities and limitations of quantum computing, including its potential applications and common misconceptions. Learn why quantum computers are not magic boxes that can solve any problem.