In TRQC, collapse isn’t treated as something that occurs only when an observer is present. It is proposed as part of the universe’s underlying structure. The way space, time, and observation interplay in the framework suggests that collapse may be an inherent feature of the terrain-time architecture. Observers, when present, simply align with one of the already available paths the framework provides.
In TRQC, time isn’t modeled as a single universal clock. Instead, it is treated as part of the underlying terrain: layered, structured, and locally defined. This picture offers a way to think about how events unfold and why certain horizons or collapse boundaries appear, without introducing additional rules beyond the terrain-time geometry itself.
TRQC outlines a framework that aims to reproduce key features of known physics, such as the Standard Model structure, fermion families, quantum probabilities, and spacetime behavior, from a small set of geometric assumptions.
By grounding collapse, time, and observation in its geometric structure, TRQC offers a different way to think about everything from the origin of matter to the evolution of the cosmos. Rather than relying on added assumptions, the framework explores how these phenomena might arise from its core principles, providing a clear path for future derivations and testable predictions.
The TRQC white papers collected here represent the working record of the framework as it has developed. Each paper establishes intellectual priority for key ideas and provides a transparent, evolving foundation for continued testing, refinement, and verification. These documents are active research notes, not finalized publications, and their contents will continue to evolve as derivations strengthen, simulations mature, and the mathematical structure is refined.