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Executive paper B, revised version 1.0. Authors: Wonsik Choi and Jeongin Choi, Independent Research, Seoul, Republic of Korea. Korean title: WRRA의 닫힌 연결 구조와 이동 후 상태 변화. This preprint develops an explicit, executable WRRA construction linking a finite cellulation of the Klein bottle to internal state tran...
How Life Is Executed presents an integrated framework for understanding life as a process in which information is executed, material structures are produced, boundaries are maintained, and the capacity for execution is reconstructed across generations. The book applies WRRA (Wonsik Reality-Renderer Architecture)—a fram...
How Life Is Executed presents an integrated framework for understanding life as a process in which information is executed, material structures are produced, boundaries are maintained, and the capacity for execution is reconstructed across generations. The book applies WRRA (Wonsik Reality-Renderer Architecture)—a fram...
Minimal Computing Cosmology 2.3.2 presents a cumulative cosmological framework built on the WRRA Core and the principle of minimum sufficient computation. The universe is not assumed to be uniquely designed, perfectly optimized, or metaphysically privileged. It is treated as a surviving execution structure that perform...
Minimal Computing Cosmology 2.3.2 presents a cumulative cosmological framework built on the WRRA Core and the principle of minimum sufficient computation. The universe is not assumed to be uniquely designed, perfectly optimized, or metaphysically privileged. It is treated as a surviving execution structure that perform...
An integrated WRRA Core 1.0 study that derives the minimum functional architecture required for directional intracellular walking and maps it to a synthesis-addressable hybrid protein candidate. The report presents H2-b2f820d18e, consisting of the inherited human kinesin-1 KIF5B 1–353 motor core and a designed 32-amino...
An integrated WRRA Core 1.0 study that derives the minimum functional architecture required for directional intracellular walking and maps it to a synthesis-addressable hybrid protein candidate. The report presents H2-b2f820d18e, consisting of the inherited human kinesin-1 KIF5B 1–353 motor core and a designed 32-amino...
WRRA Core 1.0 defines a frozen, domain-agnostic execution architecture derived from Minimal Computing Cosmology but independent of any specific physical theory or application. Its three constitutional invariants are Minimum Viable Computation, Common Carrier, and Phenotype. These are combined with the Fixed-Present, Ow...
WRRA Core 1.0 defines a frozen, domain-agnostic execution architecture derived from Minimal Computing Cosmology but independent of any specific physical theory or application. Its three constitutional invariants are Minimum Viable Computation, Common Carrier, and Phenotype. These are combined with the Fixed-Present, Ow...
This paper develops WRRA as a minimal-computation artificial intelligence architecture. WRRA transforms SOURCE through RELATION into STATE, converts that state into observable behavior through a RENDERER, and limits every conclusion by explicit OBSERVABLE and BOUNDARY conditions. Its objective is not maximum performanc...
This paper applies the Wonsik Reality-Renderer Architecture (WRRA) to epigenetic memory and cell differentiation. It presents an integrated biological framework connecting DNA sequence, DNA methylation, histone modifications and inheritance, chromatin accessibility, three-dimensional genome organization, mitotic bookma...
This paper applies the Wonsik Reality-Renderer Architecture (WRRA) to epigenetic memory and cell differentiation. It presents an integrated biological framework connecting DNA sequence, DNA methylation, histone modifications and inheritance, chromatin accessibility, three-dimensional genome organization, mitotic bookma...
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