-A radical concept in RFC is leveraging dissipation (often viewed as decoherence) as a controlled mechanism (4.3) to guide the system towards computational solutions. Instead of fighting energy loss (1.1.2.2), the **WSM** (110) and its environment are engineered to have specific dissipation channels (4.3.2) that preferentially drain energy from unwanted states while preserving desired computational states. By mapping computational problems onto the energy landscape of the system's resonant modes, controlled dissipation guides the system to relax into stable, low-energy configurations that correspond to the solutions (4.3.3), directly reflecting the **Efficiency** principle of Autaxys (2.2.2.2) which favors optimal, minimal-energy configurations and mirroring the Adjudication (2.3.2.2) and Solidification (2.3.2.3) stages of the Generative Cycle where potential states are evaluated and stable ones are selected to become persistent features of the URG, driving the system towards configurations favored by the **Autaxic Lagrangian** ($\mathcal{L}_A$) (2.1.4, 2.3.3). In RFC, this fundamental process is physically instantiated (4.3.1).