This market predicts whether a peer-reviewed physics paper will be published that proposes a theoretical model explaining cooling effects in closed timelike curves (CTCs) or time loops.

Context: In theoretical physics, closed timelike curves are solutions to Einstein's field equations that allow for time travel. The user's prompt references water cooling down when "nexusing" a time loop, which suggests a theoretical relationship between thermal energy and time loops.

Resolution Criteria: This market resolves to YES if a peer-reviewed physics paper is published in a recognized physics journal (such as Physical Review, Nature Physics, etc.) before October 25, 2025, that specifically proposes a theoretical model for cooling effects or temperature changes in closed timelike curves or time loops. The paper must explicitly discuss the relationship between thermal energy and time loops/CTCs. Otherwise, it resolves to NO.

Resolution will be based on searches of physics journals and preprint archives like https://arxiv.org/archive/physics