Wiki Overview

High-level synthesis of captured knowledge.

LLM Wiki Pattern

The Kaparthy LLM Wiki

Andrej Karpathy’s idea: LLM maintains Persistent Wiki from raw sources, vs RAG.

AspectRAG LLM Wiki
RetrievalQuery-timePre-compiled
AccumulationNoneCompounding
MaintenanceManual/humanLLM-automated
ScaleRediscovery cost growsTouches 10-15 pages/ingest

In Obsidian

  • Copilot as LLM agent.
  • Graph view, clipper, plugins.

Karpathy’s Paradigms

Andrej Karpathy - AI Ascent 2026

ParadigmDescription
1.0Explicit rules/code
2.0Learned weights (data/train)
3.0Prompting (LLM interpreter)

(Grows with ingests/queries.)

10 Core AI Concepts (2026)

10-AI-Concepts

  1. LLMs
  2. Tokens & Context Window
  3. AI Agents
  4. MCP
  5. RAG
  6. Fine-tuning
  7. Context Engineering
  8. Reasoning Models
  9. Multimodal AI
  10. Mixture of Experts

Practical Applications

Ways-to-Use-AI-in-Daily-Life

  • 101 Use Cases: Grouped by productivity, work, daily life, finances, learning, career, relationships.

  • Key Insight: Foundational tools (ChatGPT/Claude/Perplexity) + prompt engineering > specialized subs.

  • Progression: Simple (image ID) → advanced (Vibe Coding, agents: n8n, workflows).

  • AI Industry 2026 AI Industry 2026: Global spending >$2.02T (+36%); infra software +83%.1

Segment2026 ($B)Growth
AI Infra SW23083%
App SW27057%
Platforms29.314.2% CAGR to 2035

Key Trends:

Knowledge Graphs & AI Foundations

Stanford CS520 2020

ThemeKG Role
Current AISymbiotic: Powers apps (search/recommenders); built by NLP/ML (extraction/linking/inference).
Graph Data ScienceGraphs + feature eng/ML for relational predictions (finance etc.).
Long-term VisionExplicit reps (semantic nets → description logics) for reasoning, explainability, commonsense (vs black-box LMs).

Key: KGs essential; WordNet example explainability.

Footnotes

  1. The Artificial Intelligence Industry 2026