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Machine learning fundamentals explained: LLMs, agents, RAG, transformers, inference & RL. Turing Post's AI 101 series — updated weekly.
AI 101
+1

14 min read
Jun 20, 2026
Responsible AI is becoming infrastructure for AI agents: runtime controls, system accountability, human oversight, and safeguards for tools that act

AI 101
+2

14 min read
Jun 18, 2026
JEPA explained: Yann LeCun's Joint Embedding Predictive Architecture for world modeling. Covers I-JEPA, V-JEPA, MC-JEPA, architecture & key concepts.


AI 101
+1

17 min read
Jun 13, 2026
Hermes Agent vs OpenClaw compared: memory architecture, self-improving skills, scheduling, and safety. Which local AI agent fits your workflow?


AI 101
+2

13 min read
Jun 4, 2026
NVIDIA Cosmos is a platform of world foundation models for Physical AI: video curation, tokenizer, diffusion and autoregressive WFMs, and guardrails explained. Plus sensational 2026 update – Cosmos 3 omnimodel world model

Concepts
+2

10 min read
May 21, 2026
How LLM inference works end-to-end: tokenization, embeddings, prefill, decode, KV cache, batching, retrieval, and modern inference orchestration.

Concepts
+1

10 min read
May 13, 2026
Learn how attention in AI works, from queries, keys, and values to KV cache, self-attention, and modern approaches

AI 101
+1

8 min read
May 11, 2026
xLSTM extends classic LSTM with exponential gating and matrix memory. Learn how it compares to Transformers, what sLSTM and mLSTM are, and when to use it.

Concepts
+1

2 min read
May 10, 2026
9 types of deep learning explained: CNNs, RNNs, transformers, GANs, diffusion models & more. Visual flashcards for ML practitioners. Turing Post AI 101.

AI 101
+3

11 min read
May 6, 2026
How vector databases are evolving for AI agents: agentic RAG with Qdrant, memory layers with Weaviate Engram, and Pinecone Nexus knowledge engine explained.

Concepts
+1

11 min read
Apr 29, 2026
How tokens become learnable coordinates, and geometry shapes how context connects and meaning comes to life

Concepts
+4

13 min read
Apr 22, 2026
Input, output, reasoning, cached, vision — not all LLM tokens cost the same. A guide to token types and how each one shapes your AI bill.

Concepts
+1

12 min read
Apr 15, 2026
A token is the unit an AI model reads and predicts. Learn how tokenization works (BPE, WordPiece), why context windows matter, and how tokens set API cost.


AI 101
+2

13 min read
Apr 8, 2026
Gemma 4 runs locally via Ollama with zero API cost. Full architecture breakdown — attention mix, MoE, per-layer embeddings — and why OpenClaw users are switching from Claude.

AI 101
+1

10 min read
Mar 25, 2026
Deep transformers used to accumulate layer history. Now they are starting to retrieve from it.


AI 101
+3

12 min read
Mar 18, 2026
Nemotron Coalition is NVIDIA's bet on open frontier AI — with Mistral, Cursor, Black Forest Labs and others. How Nemotron 3 works and who holds power.


AI 101
+1

14 min read
Mar 11, 2026
Discussing the rise of generated adapters, like Text-to-LoRA, Doc-to-LoRA and others, Evolution Strategies (ES) optimization and the future of dynamic fine-tuning


Concepts
+3

11 min read
Mar 4, 2026
Why vibe coding breaks at scale — and how spec-driven development (SDD) fixes it. Covers Kiro by AWS, GitHub Spec Kit, Tessl, and when to use each approach.


Concepts
+2

14 min read
Feb 25, 2026
The inference chip landscape in 2026: NVIDIA Vera Rubin, MatX's programmable LLM accelerator, and Taalas' model-as-hardware approach compared on cost per token


AI 101
+1

14 min read
Feb 18, 2026
OpenClaw personal AI agent explained: Gateway architecture, SOUL.md, HEARTBEAT.md & 6 lightweight alternatives for constrained hardware and simpler setups.


AI 101
+1

13 min read
Feb 11, 2026
Can a model teach itself well in 2026? Checking out some banger papers on self-distillation that demonstrate a new phase

AI 101
+1

10 min read
Feb 4, 2026
let's explore this new memory paradigm and why it's important as architectural principle

Turing Post is an AI newsletter for engineers, researchers, founders, and technical managers who want to understand how machine learning and AI actually work.
Built on more than two decades in tech and seven years focused on AI, we track the research that matters, the systems being built, and the ideas shaping the field, from LLMs and AI agents to JEPA, world models, retrieval, inference, evaluation, AI infrastructure, and agentic workflows.
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