Abstract This paper presents the complete hardware-software architecture for the HoloSapien system, a cyber-physical platform that realizes Traditional Chinese Medicine (TCM) clinical reasoning as a deterministic, interactive state machine. The architecture unifies three foundational components into a single, reproducible stack: 1. The BSPP (Biao-Sha-Push-Pull) Theoretical Core (Grandfather): Provides the axiomatic basis with the 167ms temporal lattice (τ₀) as the fundamental clock, defining dynamic balance through Biao-Sha superposition states. 2. The Digital Wu Xing Processor (Father): Distills the Five-Phase (Wu Xing) relational logic into a 10-relation XOR-based state machine, synthesized as a 42-LUT, <5mW FPGA coprocessor. This serves as the universal "balance engine." 3. The HoloSapien Clinical Simulator (Son): Maps the I Ching's 64 hexagrams to a 7-Class Clinical State Taxonomy (per Shang Han Lun/Jin Gui Yao Lue), creating an interactive sandbox where diagnosis and treatment are procedures of state vector manipulation, governed by the Wu Xing coprocessor. Critically, this paper embeds the complete Verilog source code for the entire digital logic core, ensuring full transparency and enabling instant replication without external dependencies. The system is a self-contained proof-of-concept: TCM's diagnostic logic is not merely descriptive but is a formalizable, hardware-compilable system of relational state management. We invite the academic community to validate this claim by inspecting the logic gates below.
Wen Jiang (Fri,) studied this question.