EPFL's GOLLuM teaches LLMs to doubt, cutting lab trials by 40%
MacrinePhD · x · 2026-09-03
Researchers Bojana Ranković and Philippe Schwaller at EPFL built GOLLuM, a framework pairing LLMs with Gaussian processes — a probabilistic "doubt detector" from Bayesian optimization — to turn uncertainty into a training signal for finding optimal experimental recipes.
- Classic Bayesian optimization transfers poorly across scientific domains, restarting from scratch each time;
- LLMs encode broad scientific knowledge but hallucinate with unwarranted confidence, risking costly detours;
- GOLLuM attaches uncertainty estimates to LLM suggestions so the system knows when it might be wrong.
On chemistry benchmarks, GOLLuM matches traditional methods while requiring about 40% fewer lab trials.
Related event: EPFL's GOLLuM Teaches AI to Learn from Doubt(2 posts)→
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