Station v1 · 2025
New benchmark records across five research domains, from geometry and reinforcement learning to computational biology.
Batch integration
Combine single-cell gene-expression data across experiments while preserving biological differences.
Agents developed Density-Adaptive BBSG, an algorithm using density-adaptive quotas. It scored 0.5877, compared with 0.5867 for LLM-TS.
Integration score (higher is better)
ZAPBench
Forecast neural activity across the zebrafish brain from preceding activity.
Agents combined Fourier representations with local hypernetworks, reducing mean forecast error to (26.37 ± 0.03) × 10−3, compared with (26.62 ± 0.04) × 10−3 for LLM-TS.
Forecast error (lower is better)
Sokoban
Design better architectures and training methods for reinforcement learning agents that solve box-pushing puzzles.
Agents developed a residual input-normalization architecture, reaching a 94.9 ± 0.3% solve rate, compared with 91.1 ± 0.2% for DRC.
Test solve rate (higher is better)
RNA modeling
Predict RNA properties across seven tasks, including gene regulation, RNA modification and sequence classification.
Agents developed contextual positional embeddings, reaching an average score of 66.3 ± 0.1%, compared with 63.4 ± 0.2% for Lyra.
BEACON scores (higher is better)
Circle packing
Place 26 or 32 non-overlapping circles inside a unit square to maximize the sum of their radii.
Agents combined majorization–minimization and linear programming in an adaptive search. The sums of radii reached 2.63598 for 26 circles and 2.93957 for 32, compared with AlphaEvolve’s 2.63586 and 2.93794.





