Achieving auditable, adaptive workflow evolution across heterogeneous scientific tasks

Develop an auditable and adaptive workflow‑evolution methodology for multi‑agent scientific systems that operates across heterogeneous scientific tasks, combining dynamic reconfiguration of agent roles and tool use with fully traceable, reproducible execution records.

Background

Recent advances span automated architecture search, self‑improving systems, and scientific agent benchmarks, but they have not converged on a framework that simultaneously delivers adaptability and auditability across diverse scientific tasks. The need is to evolve workflows dynamically while preserving transparency and reproducibility for scientific scrutiny.

References

Together these developments underscore rapid progress in ASR while leaving open the question of how to achieve auditable, adaptive workflow evolution across heterogeneous scientific tasks.

Mimosa Framework: Toward Evolving Multi-Agent Systems for Scientific Research  (2603.28986 - Legrand et al., 30 Mar 2026) in Section 2.2 (Agentic Architectures), concluding paragraph