>[!warning] >This content has not been peer reviewed. Resolution carries a thermodynamic cost. "Zooming Out" or "Coarse-Graining" (Collapsing [[Information|Resolution]]) is a strategy to save [[Energy]]. By treating a million parts as one single [[System]], you reduce the number of [[Relating|Relations]] you have to pay for, allowing you to persist longer on a smaller budget. The complementary strategy is staying local; reducing [[Relational Distance|distance]] rather than $\sigma$. > [!note] Zoom Types > **Epistemic Zoom (Observer Strategy):** Reducing $\sigma$ in your model to save [[Energy|processing energy]]. The [[Format]] remains unchanged; only the representation simplifies. > > **Systemic Dissolution (Physical Reality):** When $\Phi_{\epsilon} < \Phi_{\min}$, the [[System]] can no longer maintain its internal [[Relating|Relations]]. The [[System]] physically vanishes; its components remain in the [[Format]], but their coordination is lost. --- ## RRT Formalization **Ref:** [[Relational Resolution Theory (RRT)]], Section III.2. **Logic:** Reducing $\sigma$ lowers the Systemic Bit-Rate ($\sigma / \tau$). Reducing [[Relational Distance|distance]] ($d$) lowers the cost multiplier. Both reduce $\Phi_{\min}$. ___ ## In the Equation **"Scaling"** Reducing $\sigma$ or [[Relational Distance|distance]] ($d$) lowers $\Phi_{\min}$, keeping the [[System]] within its available [[Energy]] budget.