Companies & labs

Stanford University

Private US university in California; home to AI groups SAIL, HAI and CRFM

23recordsFirst record 2009Latest Aug 12, 2026

Profile

Country
United States
Location
Stanford, California (San Francisco Bay Area)
Founded
1885 (opened 1891)
Founded by
Leland and Jane Stanford
Type
Private, non-profit university (a trust with corporate powers under California law)

Stanford University is a private university in Stanford, California, in the United States. Its campus is in the San Francisco Bay Area. It was founded in 1885 by Leland and Jane Stanford in memory of their only son, who died of typhoid fever at the age of 15, and it opened on 1 October 1891. Its official name is the Leland Stanford Junior University. It is not a company but a tax-exempt non-profit institution, run under California law as 'a trust with corporate powers'. A Board of Trustees looks after the university's endowment and property.

Its founding document states that its purposes are to prepare students for personal success and direct usefulness in life, and to promote the public welfare. Stanford teaches undergraduate and graduate students and carries out research in many fields. It has seven schools: Business, Sustainability, Education, Engineering, Humanities and Sciences, Law, and Medicine. It also operates SLAC National Accelerator Laboratory, a national laboratory of the US Department of Energy.

Among its AI-related organisations is the Stanford Artificial Intelligence Laboratory (SAIL), founded in 1963 by Professor John McCarthy. SAIL still carries on AI research and the training of the next generation of researchers. The Institute for Human-Centered Artificial Intelligence (HAI), which opened in March 2019, aims to advance AI and data science research, education, policy and practice to improve people's lives. HAI also produces the AI Index, which tracks the progress and impact of AI. The Center for Research on Foundation Models (CRFM), which grew out of HAI in 2021, studies AI models trained on broad data at scale that can be adapted to many tasks (foundation models). In 2022 it released HELM, a method for comparing and evaluating many language models across a range of scenarios and measures.

Sources for this profile (8) · as of Oct 22, 2026

  1. Stanford History · Stanford University (Stanford Facts)
  2. Faculty Handbook – Chapter 1: The University · Stanford University
  3. 2025 Stanford Fact Book · Stanford University
  4. About – Stanford Artificial Intelligence Laboratory (SAIL) · Stanford University (SAIL)
  5. About | Stanford HAI · Stanford Institute for Human-Centered Artificial Intelligence
  6. Introducing the Center for Research on Foundation Models (CRFM) · Stanford HAI
  7. Language Models are Changing AI: The Need for Holistic Evaluation · Stanford CRFM
  8. Stanford Facts · Stanford University

Made by AIThis profile was written by AI (Claude) from the 8 sources above (official pages, filings, news reports).How it's made

Records 23

Newest first. Open one to see it with its source.

2026 2

Stanford Digital Economy Lab
Stanford Digital Economy Lab revises Canaries in the Coal Mine

Entry-level doors closing, showing up as reduced hiring rather than layoffs. The authors state that these are descriptive indicators, not causal ones

Stanford HAI
AI Index 2026

AI for science became a subject of measurement in its own right

2025 3

Jianli Zhao et al. (Renmin University, Oxford, Stanford, Anthropic and others)
Chain-of-Thought Hijacking published

A counterexample from the attack side to optimism about CoT monitoring

Lakshya A Agrawal et al. (UC Berkeley, Stanford and others)
GEPA published

Argues that prompt evolution can compete with RL on sample efficiency

Niklas Muennighoff et al. (Stanford and others)
Muennighoff et al. present s1

A technique for controlling reasoning length itself at the prompt and decoding level

2024 5

Krista Opsahl-Ong et al. (Stanford, UC Berkeley and others)
MIPRO published

The theoretical basis of DSPy's optimizers

Stanford and others
OpenVLA

Lowered the barrier to entry for academia and small and medium-sized companies

Mert Yuksekgonul et al. (Stanford)
TextGrad published

Extended the automatic-differentiation metaphor to text systems in general

Bernal Jiménez Gutiérrez et al. (Ohio State University, Stanford)
HippoRAG published

The multi-hop retrieval branch of the GraphRAG lineage

Parth Sarthi et al. (Stanford)
RAPTOR published

Proposed a hierarchical summary index as an alternative to chunk-level retrieval

2023 7

Omar Khattab et al. (Stanford, UC Berkeley and others)
DSPy published

A framework that shifted from writing prompts to compiling programs

Michihiro Yasunaga et al. (Google DeepMind, Stanford)
Analogical Prompting published

A branch that gets the few-shot effect without labeling examples

Nelson F. Liu et al. (Stanford, UC Berkeley, Samaya AI)
Lost in the Middle published

The first large-scale counterevidence to the assumption that you can simply put in a long context

Stanford (Rafailov et al.)
DPO

Optimizes directly on preference pairs without a reward model or PPO, popularizing open-source alignment

Stanford (Schaeffer et al.)
Are Emergent Abilities a Mirage?

A rebuttal arguing that emergence is an artifact of discontinuous metrics; with continuous metrics the curves are smooth

Stanford, Google (Park et al.)
Generative Agents

Emergent social behavior in a sandbox of 25 agents, produced by an observation-memory-reflection-planning architecture

Stanford CRFM
Alpaca 7B

Demonstrated that instruction-following can be replicated for a small sum

2022 3

Percy Liang et al. (Stanford CRFM)
Stanford CRFM releases HELM

The work that made comparability between models possible in the first place

Tri Dao, Daniel Y. Fu et al. (Stanford)
Dao et al. present FlashAttention

Effectively opened up the road to long context

Xiang Lisa Li et al. (Stanford)
Li et al. present Diffusion-LM

The starting point of the diffusion language model lineage

2021 1

Keshav Santhanam et al. (Stanford)
Santhanam et al. present ColBERTv2

The follow-up that brought late interaction down to practically sized indexes

2020 1

Omar Khattab et al. (Stanford)
Khattab et al. present ColBERT

The starting point of the late interaction lineage, distinct from single-vector retrieval

2009 1

Rajat Raina, Anand Madhavan, Andrew Y. Ng (Stanford University)
Large-scale Deep Unsupervised Learning using Graphics Processors

An early case of applying GPUs to deep learning training in earnest. The starting point of the premise that compute is a resource