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The foundational ideas modern AI is built on – tokens, embeddings, attention, scaling, inference – explained from the ground up for engineers and researchers
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

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.

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
From reasoning tokens to vision patches – your guide to the species that now shape AI cost, speed, and capability

Concepts
+1

12 min read
Apr 15, 2026
What is a token in AI? Learn how tokenization works, why context windows matter, and how tokens became the core unit of LLM performance and API pricing.


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
From NVIDIA Vera Rubin to model-as-hardware, and why “inference chips” are no longer one category


Concepts
+1

11 min read
Jan 29, 2026
It’s not about architectural hybrids, it’s about where to run a model. The big promise in connecting devices and clouds for the nearest future of AI.


Concepts
+3

8 min read
Jan 14, 2026
Princeton’s new recipe for building better world models to support AI agents


Concepts
+2

15 min read
Dec 10, 2025
State of RL in 2025: RLVR surprising findings, GRPO, RLHF vs RLAIF, policy optimization, agentic RL, robotics advances, and key trends for 2026.


Concepts
+1

13 min read
Nov 26, 2025
Continual learning explained: catastrophic forgetting, key methods, Google Nested Learning, and Meta Sparse Memory Finetuning for lifelong AI training.

Concepts
+2

13 min read
Oct 29, 2025
Building the body of AI: How Physical AI is trained and powered – from Figure 03, Neo, Unitree robots to NVIDIA freshest updates

Concepts
+1

11 min read
Oct 22, 2025
Neurosymbolic AI combines neural networks with symbolic logic. Covers 6 integration types, AlphaGeometry, Logic Tensor Networks, and use cases.

Concepts
+2

15 min read
Oct 1, 2025
From the early trial-and-error concepts to today’s breakthroughs with RLHF, PPO, and GRPO, and where to go next, according to Andrej Karpathy and Richard Sutton.

Concepts
+1

12 min read
Sep 24, 2025
Causal attention in transformers explained — plus CASTLE lookahead keys and future-aware masks for better reasoning and vision tasks.

Concepts
+2

11 min read
Sep 17, 2025
Everything you need to know about models that defend AI today


Concepts
+4

10 min read
Aug 27, 2025
Explore how rethinking world model building patterns can turn our vision upside down and lead to a new Physical, Agentic, and Nested (PAN) system

Concepts
+2

11 min read
Jun 25, 2025
DPO, RRHF, and RLAIF explained: three RLHF alternatives that skip reward models, use ranking loss, or replace human annotators with AI feedback.

Concepts
+2

10 min read
Jun 11, 2025
we explore how human-in-the-loop systems are keeping synthetic data grounded, useful, and safe in the age of AI self-training


Concepts
+1

12 min read
Jun 4, 2025
Meta-learning teaches AI to learn how to learn. Covers MAML, Prototypical Networks, Meta-LoRA, ReMA, and meta-evaluation with real examples.


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+2

14 min read
May 7, 2025
Let’s explore how AI is reshaping the battlefield – from drone swarms and cyber defense to logistics, training, and the race for cognitive security

Concepts
+3

10 min read
Apr 2, 2025
How to optimize LLM inference latency and throughput: quantization, batching, KV cache, speculative decoding, GPU vs TPU, and hardware accelerators.

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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