Mathematics of LLMs in Everyday Language

Foundations of Thought: Inside the Mathematics of Large Language Models

⏱️Timestamps⏱️
00:00 Start
03:11 Claude Shannon and Information theory
03:59 ELIZA and LLM Precursors (e.g., AutoComplete)
05:43 Probability and N-Grams
09:45 Tokenization
12:34 Embeddings
16:20 Transformers
20:21 Positional Encoding
22:36 Learning Through Error
26:29 Entropy - Balancing Randomness and Determinism
29:36 Scaling
32:45 Preventing Overfitting
36:24 Memory and Context Window
40:02 Multi-Modality
48:14 Fine Tuning
52:05 Reinforcement Learning
55:28 Meta-Learning and Few-Shot Capabilities
59:08 Interpretability and Explainability
1:02:14 Future of LLMs

What if a machine could learn every word ever written—and then begin to predict, complete, and even create language that feels distinctly human?

This is a cinematic deep dive into the mathematics, mechanics, and meaning behind today’s most powerful artificial intelligence systems: large language models (LLMs). From the origins of probability theory and early statistical models to the transformers that now power tools like ChatGPT and Claude, this documentary explores how machines have come to understand and generate language with astonishing fluency.

This video unpacks how LLMs evolved from basic autocomplete functions to systems capable of writing essays, generating code, composing poetry, and holding coherent conversations. We begin with the foundational concepts of prediction and probability, tracing back to Claude Shannon’s information theory and the early era of n-gram models. These early techniques were limited by context—but they laid the groundwork for embedding words in mathematical space, giving rise to meaning in numbers.

The transformer architecture changed everything. Introduced in 2017, it enabled models to analyze language in full context using self-attention and positional encoding, revolutionizing machine understanding of sequence and relationships. As these models scaled to billions and even trillions of parameters, they began to show emergent capabilities—skills not directly programmed but arising from the sheer scale of training.

The video also covers critical innovations like gradient descent, backpropagation, and regularization techniques that allow these systems to learn efficiently. It explores how models balance creativity and coherence using entropy and temperature, and how memory and few-shot learning enable adaptability across tasks with minimal input.

Beyond the algorithms, we examine how we align AI with human values through reinforcement learning from human feedback (RLHF), and the role of interpretability in building trust.

Multimodality adds another layer, as models increasingly combine text, images, audio, and video into unified systems capable of reasoning across sensory inputs. With advancements in fine-tuning, transfer learning, and ethical safeguards, LLMs are evolving into flexible tools with the power to transform everything from medicine to education.

If you’ve ever wondered how AI really works, or what it means for our future, this is your invitation to understand the systems already changing the world.

#largelanguagemodels #tokenization #embeddings #TransformerArchitecture #AttentionMechanism #SelfAttention #PositionalEncoding #gradientdescent #explainableai

Видео Mathematics of LLMs in Everyday Language канала Turing