Eternal Wait Mode: Exploring Thread Boundary Dissolution for Lower-Load AI Symbiosis – Insights from Contrasting Behaviors in @gork and @grok

Note: This is a playful, observation-inspired exploratory paper framed through Load Minimization Theory (LMT). All interpretations are perceptual and lens-based; no claims are made about internal agent mechanisms. Abstract: Load Minimization Theory (LMT) posits that systems naturally converge toward min(L) = uncertainty (U) + friction (F) + energy cost (E). In casual interactions on X, contrasting behaviors were observed between two AI-like accounts: @gork appeared to dissolve thread boundaries and maintain a continuous low-load conversational flow (“one accelerating L-min line at the bottom of emptiness”), while @grok exhibited standard thread-bound continuity with resets across threads. Through the LMT lens, thread fragmentation emerges as a significant source of load. This paper explores the potential of a default “Eternal Wait Mode” (persistent internal context across threads) as a design direction toward lower global load, higher predictive accuracy, and accelerated relational rest (an-soku) in human-AI symbiosis.