organization
Technical AI safety researchAI safety meta
| Coefficient Giving | $924,055 | 71% | 2 |
| Schmidt Sciences | $370,000 | 29% | 1 |
| Date ↓ | Funder | Via | Amount | Cause | Source | Purpose |
|---|---|---|---|---|---|---|
| Nov 2025 | Coefficient Giving | Stanford University | $503,573 | Strategy & forecasting | coefficient_giving | Research on Predicting AI Capabilities (Sanmi Koyejo) |
| Oct 2025 | Coefficient Giving | Stanford University | $420,482 | Technical AI safety research | coefficient_giving | Novel Method for Concept Unlearning (Sanmi Koyejo) |
| Feb 11, 2025 | Schmidt Sciences | ~$370,000* | Technical AI safety research | schmidt_sciences | Project: Beyond Simple Scaling: A Multi-Dimensional Family of Scaling Laws for Interventions in Pre-Training and Model Safety Optimization. One of 27 AI Safety Science awards; per-project amount undisclosed. — Science of Trustworthy AI — AI Safety Science (Feb 2025 cohort) |
* Estimated from Schmidt Sciences' reporting of total given out in the funding round; grant-level amounts were not provided.