Mission

Accelerating
Scientific
Revolutions.

The Jen-Hsun and Lori Huang Foundation has a bold, uncompromising vision:to accelerate revolutionary scientific breakthroughs through the catalytic power of compute.

We believe access to compute should not be the barrier between a breakthrough idea and its realization.The Huang Foundation provides GPU donations to universities, research labs, and nonprofits working onmeaningful AI research.

The Mandate

Technology access as a force multiplier for human progress.

The Huang Foundation was established with a simple premise: the most important AI advances of the next decade will come from researchers who have access to the tools they need.

Jensen and Lori Huang have spent their careers building technologies that expand what's possible. The Foundation extends that mission, working with researchers who have identified key bottlenecks holding back the next era of science and providing access to compute at a scale required to break through them.

Our Methodology

GPU Donation Program

Catalytic Compute

We provide large-scale computational assets to projects where compute is the primary bottleneck to discovery.

💡

Bold Breakthroughs

Focus on efforts that are compute-constrained, not vision limited, with an operational framework designed for speed, flexibility, and radical scientific outcomes.

Open Science

Promote the public release of models, weights, and data to democratize the benefits of AI-driven research.

How It Works

A Faster Path from Idea to Breakthrough

We believe access to compute should not be the barrier between a breakthrough idea and its realization. The Foundation provides GPU donations to universities, research labs, and nonprofits working on meaningful AI research.

1

Define

The Bottleneck

2

Match Compute

To Mission

3

Move

With Urgency

4

Share

The Results

Share Your Idea

Bring us the research that compute can unlock.

Tell us what becomes possible when compute is no longer the constraint.

Awards consist of GPUs only, no monetary grants.