People
The people behind the atlas's ideas: what each proposed, where they worked, what they discuss, and the predictions they put on record.
People
In alphabetical order.
Alan Turing
LayersL5
He matters for "can machines think": he turned that philosophical question into a game you can actually run. In 1950, when computers could only calculate ballistic tables, he predicted machines that learn.
- Related
- Computing Machinery and Intelligence (proposed) · The first wave: symbols and expert systems (discusses)
- Linked from
- Computing Machinery and Intelligence (proposed)
- Sources
- The ACM Turing Award is named after him; award page (checked 2026-10-08)
Alec Radford
LayersL2L5
First author of GPT-1, GPT-2, CLIP and Whisper. OpenAI's "generative pre-training" line took shape in his experiments.
- Related
- Improving Language Understanding by Generative Pre-Training (proposed) · Language Models are Unsupervised Multitask Learners (proposed) · Learning Transferable Visual Models From Natural Language Supervision (proposed) · OpenAI (works at)
- Linked from
- Learning Transferable Visual Models From Natural Language Supervision (proposed) · Improving Language Understanding by Generative Pre-Training (proposed) · Language Models are Unsupervised Multitask Learners (proposed)
- Sources
- GPT-1 release page (checked 2026-10-08)
Alex Krizhevsky
LayersL1L5
First author of AlexNet. He wrote the code that trained a convolutional network on two GPU cards himself. The breakout moment of deep learning carries his name.
- Related
- ImageNet Classification with Deep Convolutional Neural Networks (proposed) · University of Toronto (works at)
- Linked from
- ImageNet Classification with Deep Convolutional Neural Networks (proposed)
- Sources
- AlexNet paper page (checked 2026-10-08)
Andrej Karpathy
LayersL2L5
What matters about him at the history layer is not his research but his teaching. From the 1989 reproduction of LeCun's network to "one hour on LLMs", he explained the technical thread of the three waves to more people than anyone else.
- Related
- OpenAI (works at) · Transformer (teaches) · The Second Wave: Statistical Learning and Deep Learning (discusses)
- Predictions on record
- This is "the decade of agents", not "the year of agents". Gaps like continual learning are solvable but hard, and closing them will take about ten years.
- Sources
- Personal site (checked 2026-10-08)
Andrew Ng
LayersL1L5
The teacher who has explained machine learning to the most people: his ML course on Coursera was the entry point for a generation of engineers, and he runs The Batch, which squeezes the frontier into one page every week. On this map he matters for the "teaching" edge, not for research.
- Related
- The Batch (released) · Stanford AI Lab (SAIL) (works at) · Classical machine learning: learning from examples (teaches)
- Linked from
- The Batch (released)
- Sources
- Personal site / official page (checked 2026-10-08)
Arthur Mensch
LayersL5
Co-author of the Chinchilla paper. He founded Mistral in 2023. Mistral 7B beat larger models with fewer parameters, and it is the main example of the European open-weights approach.
- Related
- Mistral AI (works at) · Google DeepMind (works at)
- Linked from
- Mistral AI (works at)
- Sources
- Mistral AI official website (checked 2026-10-08)
Arthur Samuel
LayersL5
The 1959 checkers program improved its evaluation function through self-play and ended up playing better than its author. He is also the one who coined the term "machine learning".
- Related
- The first wave: symbols and expert systems (proposed) · IBM Research (works at)
- Linked from
- IBM Research (works at)
- Sources
- The 1959 checkers paper page (checked 2026-10-08)
Ashish Vaswani
LayersL2L5
First author of the Transformer paper. Took all the recurrence out of sequence models and kept only attention. It became the backbone of every large model since.
- Related
- Attention Is All You Need (proposed) · Google (works at)
- Linked from
- Attention Is All You Need (proposed)
- Predictions on record
- Sequence modeling can be faster and better using only attention, with no recurrence and no convolution.
- Sources
- Transformer paper page (checked 2026-10-08)
Clément Delangue
LayersL4L5
CEO of Hugging Face. The transformers library and the model hub standardized how pretrained models are distributed. The open-weights ecosystem has a "GitHub" thanks in part to him.
- Related
- Hugging Face (works at)
- Linked from
- Hugging Face (works at)
- Sources
- Hugging Face website (checked 2026-10-08)
Daniel Kokotajlo
LayersL5
Former OpenAI governance researcher and lead author of the AI 2027 scenario. He wrote "AGI within a few years" as a dated timeline. So of all the opinions, this one is the easiest to falsify and the most worth reviewing when the dates come due.
- Related
- The third wave: scaling and LLM (discusses) · OpenAI (works at)
- Predictions on record
- Around March 2027 a superhuman programmer appears that can finish multi-year software tasks at 80% reliability, and it goes all the way to superintelligence within 2027 (the author's modal year; the median is later).
- Sources
- Personal site / official page (checked 2026-10-08)
Dario Amodei
LayersL2L5
While VP of Research at OpenAI, he led GPT-2, GPT-3 and scaling laws. In 2021 he left with a team and founded Anthropic. He is the author of the "scaling + safety" narrative.
- Related
- Scaling Laws for Neural Language Models (proposed) · Anthropic (works at) · OpenAI (works at)
- Linked from
- Scaling Laws for Neural Language Models (proposed)
- Predictions on record
- AI that is better than almost all humans at almost everything will most likely appear in 2026–2027. The cost is millions of chips and at least tens of billions of dollars.
- Sources
- Anthropic company page (checked 2026-10-08)
David Silver
LayersL2L5
The reinforcement learning lead behind DQN, AlphaGo and AlphaZero. The "self-play + search" line, from TD-Gammon to AlphaZero, came together in his hands.
- Related
- Playing Atari with Deep Reinforcement Learning (proposed) · Mastering the game of Go with deep neural networks and tree search (proposed) · Google DeepMind (works at)
- Linked from
- Mastering the game of Go with deep neural networks and tree search (proposed) · Playing Atari with Deep Reinforcement Learning (proposed)
- Sources
- AlphaGo paper page (checked 2026-10-08)
Demis Hassabis
LayersL5
Founder of DeepMind. AlphaGo changed the image of deep learning from "recognizing pictures" to "making decisions". AlphaFold took it into scientific discovery, and that work won the Nobel Prize.
- Related
- Mastering the game of Go with deep neural networks and tree search (proposed) · Highly accurate protein structure prediction with AlphaFold (proposed) · Google DeepMind (works at)
- Linked from
- Highly accurate protein structure prediction with AlphaFold (proposed) · Mastering the game of Go with deep neural networks and tree search (proposed)
- Predictions on record
- The capabilities of AGI (AI that matches humans on any task) will arrive one by one over the next 5–10 years. We are not there yet.
- Sources
- 2024 Nobel Prize in Chemistry (checked 2026-10-08)
Douglas Lenat
LayersL5
The founder of Cyc. Starting in 1984, he spent almost forty years hand-coding common sense. It was the longest and most thorough experiment of the symbolic school, and how it ended is the best case study for why knowledge can't be written by hand.
- Related
- The first wave: symbols and expert systems (proposed) · The first wave: symbols and expert systems (discusses)
- Sources
- Cyc project entry (checked 2026-10-08)
Dwarkesh Patel
LayersL5
Host of the long-form interview podcast: he questions one person for three hours and gets people inside the labs to say the judgments they don't usually put in blog posts. Most of what we hear from key people at the frontier comes through him.
- Related
- Dwarkesh Podcast (released) · The third wave: scaling and LLM (discusses)
- Linked from
- Dwarkesh Podcast (released)
- Predictions on record
- AI that learns on the job like a person and can do any white-collar job has a 50% chance of arriving before 2032. An earlier milestone: a 50% chance by 2028 that it can do a small business's taxes end to end.
- Sources
- Personal site / official page (checked 2026-10-08)
Dylan Patel
LayersL3L5
Founder of SemiAnalysis. He works out the cost of AI from chips, power and data centers. Most of the numbers in the compute economics section trace back to him.
- Related
- SemiAnalysis (released) · The economics of compute: where training money goes, how inference is priced (discusses)
- Linked from
- SemiAnalysis (released)
- Sources
- Personal site / official page (checked 2026-10-08)
Edward Feigenbaum
LayersL5
The father of expert systems. DENDRAL showed that domain knowledge matters more than general reasoning. He summarized this as knowledge engineering, and he personally drove the expert-system industry of the 1980s.
- Related
- The first wave: symbols and expert systems (proposed) · Stanford AI Lab (SAIL) (works at)
- Sources
- ACM Turing Award page (1994) (checked 2026-10-08)
Fei-Fei Li
LayersL1L5
The person who started ImageNet. She bet on data scale at a time when algorithms got more attention than data. The 2012 AlexNet breakthrough happened on her dataset.
- Related
- ImageNet (proposed) · Stanford AI Lab (SAIL) (works at)
- Linked from
- ImageNet (proposed)
- Sources
- ImageNet official website (checked 2026-10-08)
Frank Rosenblatt
LayersL5
The inventor of the perceptron. He was the first to have a machine learn weights from examples and build it in hardware. His approach was suppressed for a generation and only proved right after 1986.
- Related
- The Perceptron: A Probabilistic Model for Information Storage and Organization in the Brain (proposed)
- Linked from
- The Perceptron: A Probabilistic Model for Information Storage and Organization in the Brain (proposed)
- Sources
- 1958 paper (Penn mirror) (checked 2026-10-08)
Geoffrey Hinton
LayersL1L5
The person who held out longest through the neural network winter: he popularized backpropagation in 1986, reignited deep learning in 2006, and built AlexNet with his students in 2012. After leaving Google in 2023, he turned to warning about the risks.
- Related
- Learning representations by back-propagating errors (proposed) · A fast learning algorithm for deep belief nets (proposed) · ImageNet Classification with Deep Convolutional Neural Networks (proposed) · University of Toronto (works at) · Google (works at)
- Linked from
- ImageNet Classification with Deep Convolutional Neural Networks (proposed) · Learning representations by back-propagating errors (proposed) · A fast learning algorithm for deep belief nets (proposed) · Deep learning (proposed) · University of Toronto (works at)
- Sources
- ACM Turing Award page (2018); 2024 Nobel Prize in Physics (checked 2026-10-08)
Ian Goodfellow
LayersL1L5
Inventor of the GAN (said to have come up with it in one night), the starting point of the deep generative model line; also the first author of the textbook Deep Learning.
- Related
- Generative Adversarial Nets (proposed) · Mila – Quebec AI Institute (works at) · Google (works at)
- Linked from
- Generative Adversarial Nets (proposed)
- Sources
- GAN paper page (checked 2026-10-08)
Ilya Sutskever
LayersL2L5
From AlexNet to seq2seq to GPT, he was there at the turning point of each of the three waves. Former chief scientist at OpenAI and the earliest evangelist of the scaling faith. He left in 2024 and founded SSI.
- Related
- ImageNet Classification with Deep Convolutional Neural Networks (proposed) · Sequence to Sequence Learning with Neural Networks (proposed) · Improving Language Understanding by Generative Pre-Training (proposed) · OpenAI (works at) · Google (works at)
- Linked from
- ImageNet Classification with Deep Convolutional Neural Networks (proposed) · Improving Language Understanding by Generative Pre-Training (proposed) · Sequence to Sequence Learning with Neural Networks (proposed)
- Predictions on record
- The scaling era (2020–2025) is over and we are back to the age of research. Current methods will stall after a while, because data is limited. Systems that learn like humans and then surpass them are still 5–20 years away.
- Sources
- NeurIPS 2024 Test of Time Award talk (checked 2026-10-08)
Jack Clark
LayersL5
Co-founder of Anthropic. Before that, he worked on policy at OpenAI. He has run the Import AI weekly newsletter for nearly ten years. It is the most reliable feed I know for "which papers are worth noticing this week."
- Related
- Import AI (released) · Anthropic (works at) · The third wave: scaling and LLM (discusses)
- Linked from
- Import AI (released)
- Predictions on record
- By the end of 2028 there is a 60%+ chance of fully unattended AI R&D. About 30% in 2027, and none in 2026. If it does not happen, the current paradigm has a fundamental flaw.
- Sources
- Personal site / official page (checked 2026-10-08)
Jared Kaplan
LayersL2L5
A physicist by training and the first author of the scaling laws paper. He turned "how much loss does more compute buy" into a power law you can extrapolate. Co-founder of Anthropic.
- Related
- Scaling Laws for Neural Language Models (proposed) · Anthropic (works at) · OpenAI (works at)
- Linked from
- Scaling Laws for Neural Language Models (proposed)
- Sources
- Scaling Laws paper page (checked 2026-10-08)
Jeff Dean
LayersL3L5
He founded Google Brain and turned deep learning from a research project into Google's infrastructure (DistBelief, TensorFlow, TPU). He is now Google's Chief Scientist.
- Related
- Google (works at) · The Second Wave: Statistical Learning and Deep Learning (discusses)
- Linked from
- Google (works at)
- Sources
- Google Research website (checked 2026-10-08)
Jensen Huang
LayersL3L5
Founder of NVIDIA. CUDA turned the GPU into a general-purpose computing device. Since AlexNet, the GPU has been the physical foundation of deep learning, and this whole wave of scaling pays its bill to him.
- Related
- NVIDIA (works at) · The third wave: scaling and LLM (discusses)
- Linked from
- NVIDIA (works at)
- Predictions on record
- Global spending on data center construction will reach one trillion dollars a year in 2028, earlier than the 2030 he gave before.
- Sources
- NVIDIA research page (checked 2026-10-08)
John McCarthy
LayersL5
He gave the field its name (1956 Dartmouth proposal), invented Lisp, and held to the line that intelligence is formal reasoning. In the 1973 Lighthill debate, he was the one defending AI.
- Related
- The first wave: symbols and expert systems (proposed) · Stanford AI Lab (SAIL) (works at) · MIT AI Lab / CSAIL (works at)
- Sources
- ACM Turing Award page (1971) (checked 2026-10-08)
Joseph Weizenbaum
LayersL5
The author of ELIZA. He was surprised that users got emotionally attached to a pattern-matching program, and he spent the rest of his life criticizing AI's overblown promises. The difference between "seems to understand" and "really understands" starts with him.
- Related
- The first wave: symbols and expert systems (proposed) · MIT AI Lab / CSAIL (works at)
- Sources
- ELIZA paper, CACM 1966 (checked 2026-10-08)
Judea Pearl
LayersL5L1
Bayesian networks made reasoning under uncertainty computable and brought probability back into an AI field ruled by logic. He represents the statistical side of the second wave, and he later turned to causal inference.
- Related
- The Second Wave: Statistical Learning and Deep Learning (proposed) · Classical machine learning: learning from examples (solves)
- Sources
- ACM Turing Award page (2011) (checked 2026-10-08)
Jürgen Schmidhuber
LayersL1L5
Co-author of LSTM and head of IDSIA. Around 2011, his lab won several competitions with GPU convolutional networks. He has long argued that many "new" ideas were already done by his group.
- Related
- Long Short-Term Memory (proposed) · IDSIA (works at)
- Linked from
- Long Short-Term Memory (proposed) · IDSIA (works at)
- Sources
- IDSIA website (checked 2026-10-08)
Kaiming He
LayersL1L5
First author of ResNet. Residual connections made networks with a hundred layers trainable. Since then they have been standard in every deep network, including the Transformer.
- Related
- Deep Residual Learning for Image Recognition (proposed) · Microsoft (works at) · Meta AI (FAIR) (works at) · MIT AI Lab / CSAIL (works at)
- Linked from
- Deep Residual Learning for Image Recognition (proposed) · Microsoft (works at)
- Sources
- ResNet paper page (checked 2026-10-08)
Liang Wenfeng
LayersL5
The founder of DeepSeek. He used a quant fund's compute and a small team to build open-weight reasoning models, and showed that frontier capability is not the property of a few American labs.
- Related
- DeepSeek (works at) · DeepSeek-R1: Incentivizing Reasoning Capability in LLMs via Reinforcement Learning (proposed)
- Linked from
- DeepSeek (works at)
- Sources
- DeepSeek official website (checked 2026-10-08)
Lilian Weng
LayersL2L4
The author of Lil'Log: every few months she writes a long post that walks one area (agent, RLHF, diffusion models) from start to finish. It is the first survey I open when I need to look up when needed.
- Related
- Lil'Log(Lilian Weng 的博客) (released) · Agent: a model with tools in a loop (teaches) · Post-training: shaping with rewards (teaches)
- Linked from
- Lil'Log(Lilian Weng 的博客) (released)
- Sources
- Personal site / official page (checked 2026-10-08)
Marvin Minsky
LayersL5
One of the founders of the MIT AI Lab. His book Perceptrons left neural networks dormant for more than ten years, yet he started out in neural networks himself (SNARC). The standard-bearer of the symbolic school.
- Related
- Perceptrons: An Introduction to Computational Geometry (proposed) · MIT AI Lab / CSAIL (works at)
- Linked from
- Perceptrons: An Introduction to Computational Geometry (proposed) · MIT AI Lab / CSAIL (works at)
- Sources
- ACM Turing Award page (1969) (checked 2026-10-08)
Nathan Lambert
LayersL2L5
Author of Interconnects and a post-training researcher at Ai2. He also wrote the public book on RLHF. On post-training and open models, his judgment is the most first-hand.
- Related
- Interconnects (released) · Post-training: shaping with rewards (teaches)
- Linked from
- Interconnects (released)
- Sources
- Personal site / official page (checked 2026-10-08)
Noam Shazeer
LayersL2L5
Co-author of the Transformer. Also proposed sparsely-gated mixture of experts (MoE) and multi-query attention. Left Google to found Character.AI, then was bought back in 2024.
- Related
- Attention Is All You Need (proposed) · Google (works at)
- Sources
- Transformer paper page (checked 2026-10-08)
Paul Christiano
LayersL2L5
The original authors of RLHF: in 2017 they trained a reward model on pairwise human comparisons, and in 2022 the same method produced InstructGPT. After that, they focused on alignment research.
- Related
- Deep Reinforcement Learning from Human Preferences (proposed) · Training language models to follow instructions with human feedback (proposed) · OpenAI (works at)
- Linked from
- Deep Reinforcement Learning from Human Preferences (proposed) · Training language models to follow instructions with human feedback (proposed)
- Sources
- RLHF prototype paper page (checked 2026-10-08)
Richard Sutton
LayersL2L5
Author of the standard reinforcement learning textbook and originator of temporal-difference learning. His 2019 essay The Bitter Lesson is the most cited single page of the scaling era. 2024 Turing Award.
- Related
- The Bitter Lesson (proposed) · Post-training: shaping with rewards (solves)
- Linked from
- The Bitter Lesson (proposed)
- Sources
- Wikipedia entry (the author's personal site, incompleteideas.net, is http only) (checked 2026-10-08)
Sam Altman
LayersL5
CEO of OpenAI. He turned a nonprofit research lab into a product company built around ChatGPT. He is also a main driver of the compute arms race.
- Related
- OpenAI (works at) · The third wave: scaling and LLM (discusses)
- Predictions on record
- In 2026 we will likely see systems that can come up with novel insights on their own. In 2027 we may see robots that can do work in the real world.
- Sources
- OpenAI website (checked 2026-10-08)
Sebastian Raschka
LayersL2
Author of Build a Large Language Model (From Scratch): a book and companion repo that write a GPT line by line, the reference answer for the L2 reproduction project. Ahead of AI tracks new papers.
- Related
- Ahead of AI (released) · Transformer (teaches)
- Linked from
- Ahead of AI (released)
- Sources
- Personal site / official page (checked 2026-10-08)
Sepp Hochreiter
LayersL1L5
His 1991 master's thesis already pointed out the vanishing gradient problem, and LSTM was his answer. It was the default backbone of sequence modeling before the Transformer.
- Related
- Long Short-Term Memory (proposed)
- Linked from
- Long Short-Term Memory (proposed)
- Sources
- LSTM paper page (checked 2026-10-08)
Simon Willison
LayersL4
Co-creator of Django. For the past few years he has logged, every day, how LLM tools work in practice. The term prompt injection and the "lethal trifecta" framing both come from his blog. He is the most diligent front-line observer of the application engineering layer.
- Related
- Simon Willison's Weblog (released) · Security: the model acts on text it should not trust (teaches) · Agent: a model with tools in a loop (teaches)
- Linked from
- Simon Willison's Weblog (released)
- Sources
- Personal site / official page (checked 2026-10-08)
swyx (Shawn Wang)
LayersL4L6
He runs Latent Space. He pushed the "AI Engineer" job title and its annual conference into use. Half of the vocabulary in the role family section comes from here.
- Related
- Latent Space (released) · Role families: how AI jobs are divided (discusses)
- Linked from
- Latent Space (released)
- Sources
- Personal site / official page (checked 2026-10-08)
Terry Winograd
LayersL5
SHRDLU is the peak demo of symbolic natural language understanding. He later admitted himself that this path could not get out of the blocks world, and he turned to human-computer interaction.
- Related
- The first wave: symbols and expert systems (proposed) · MIT AI Lab / CSAIL (works at) · Stanford AI Lab (SAIL) (works at)
- Sources
- SHRDLU author page (checked 2026-10-08)
Tomáš Mikolov
LayersL2L5
Author of word2vec. He cut the language model down to a single prediction task, which let him train word vectors on a billion words. Pretrained representations became routine starting with his work.
- Related
- Efficient Estimation of Word Representations in Vector Space (proposed) · Google (works at) · Meta AI (FAIR) (works at)
- Linked from
- Efficient Estimation of Word Representations in Vector Space (proposed)
- Sources
- word2vec paper page (checked 2026-10-08)
Vladimir Vapnik
LayersL1L5
Author of statistical learning theory (VC dimension) and the support vector machine. In the 2000s, the classifiers with theoretical guarantees were his. Deep learning only overtook them in 2012.
- Related
- Support-Vector Networks (proposed) · Bell Labs (works at)
- Linked from
- Support-Vector Networks (proposed) · Bell Labs (works at)
- Sources
- SVM paper page (checked 2026-10-08)
Warren McCulloch
LayersL5
With Walter Pitts, he wrote the neuron as a logic unit. This paper is the shared starting point of both the neural network and symbolic computation lines.
- Related
- A Logical Calculus of the Ideas Immanent in Nervous Activity (proposed)
- Linked from
- A Logical Calculus of the Ideas Immanent in Nervous Activity (proposed)
- Sources
- The 1943 paper page (checked 2026-10-08)
Yann LeCun
LayersL1L5
Founder of convolutional networks. In 1989 he used backpropagation to recognize zip codes. He later founded Meta's FAIR and argued for open research, and he pushed the open route for LLaMA.
- Related
- Gradient-Based Learning Applied to Document Recognition (proposed) · Deep learning (proposed) · Bell Labs (works at) · Meta AI (FAIR) (works at)
- Linked from
- Deep learning (proposed) · Gradient-Based Learning Applied to Document Recognition (proposed) · Bell Labs (works at) · Meta AI (FAIR) (works at) · MNIST (proposed)
- Predictions on record
- The current LLM paradigm has only 3–5 years left. If JEPA-style world models succeed within that window, they will give a better paradigm for reasoning and planning and make the LLM route obsolete.
- Sources
- ACM Turing Award page (2018) (checked 2026-10-08)
Yoshua Bengio
LayersL1L2L5
The 2003 neural language model is a common source of both word vectors and the LLM. In 2014, his lab produced the attention mechanism and GANs. He stayed in academia and founded Mila.
- Related
- A Neural Probabilistic Language Model (proposed) · Neural Machine Translation by Jointly Learning to Align and Translate (proposed) · Generative Adversarial Nets (proposed) · Mila – Quebec AI Institute (works at)
- Linked from
- Deep learning (proposed) · Generative Adversarial Nets (proposed) · A Neural Probabilistic Language Model (proposed) · Neural Machine Translation by Jointly Learning to Align and Translate (proposed) · Mila – Quebec AI Institute (works at)
- Sources
- ACM Turing Award page (2018) (checked 2026-10-08)
Translated from the author's Chinese notes by a model; the Chinese page is the original.