OPEN_SOURCE ↗
REDDIT · REDDIT// 22d agoBENCHMARK RESULT
ThermoQA benchmark flips thermodynamics rankings
ThermoQA is an open benchmark with 293 engineering thermodynamics problems spanning property lookups, component analysis, and full cycle analysis. The first leaderboard puts Claude Opus 4.6 narrowly ahead overall, but the bigger story is how much the rankings shift by tier, fluid, and model stability.
// ANALYSIS
This looks like a genuinely useful eval, not just another leaderboard screenshot: it tests exact numerical reasoning in a domain where small mistakes compound fast.
- –The three-tier design is the right move, because it separates rote steam-table recall from multi-step cycle reasoning
- –Supercritical water and R-134a appear to be the hardest regimes, which suggests current models are brittle around nonlinear property regions and weaker training coverage
- –The run-to-run variance is as important as the mean score; a model that swings a lot is harder to trust in workflows that need repeatable answers
- –Open dataset plus code makes ThermoQA easy to reproduce, extend, and use as a targeted stress test for reasoning agents
- –The benchmark also hints that “knows thermodynamics” and “can solve thermodynamics” are not the same capability
// TAGS
thermoqabenchmarkllmreasoningresearchopen-sourcedata-tools
DISCOVERED
22d ago
2026-03-21
PUBLISHED
22d ago
2026-03-21
RELEVANCE
9/ 10
AUTHOR
olivenet-io