The Lab That Runs Itself: SLAC's SPIRE Project

The Lab That Runs Itself: SLAC's SPIRE Project

Imagine a laboratory where the experiments run themselves. On 8 October 2026, the US Department of Energy announced SPIRE — the "Source-to-Discovery Platform for Instrumentation, Robotics and Embodied AI" — a project led by SLAC National Accelerator Laboratory together with Stanford and other labs and industry partners. Its goal: self-driving laboratories where AI agents and robots run experiments from start to finish.

SPIRE will work at two of SLAC's flagship facilities: the LCLS, the world's most powerful X-ray laser, and the SSRL synchrotron. These machines are extraordinary, but they have created a new problem — the X-ray laser now produces data faster than scientists can process it. Brilliant experiments are no longer limited by the hardware; they are limited by human speed.

The project attacks the problem on three fronts. First, robots that delicately handle experimental samples. Second, X-ray and electron beams that correct themselves while running. Third, real-time data analysis that happens during the experiment itself, not weeks later — so the lab can learn and adjust as it goes.

SPIRE is part of a $30 million Department of Energy initiative spanning four projects under the Genesis Mission. If it succeeds, the laboratory of the future will not just be a place where scientists work — it will be a machine that does science alongside them, around the clock.

Watch the video:

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