身体里有一张看不见的电路图?---一个关于中医、意识与数学的跨界假说 / An Invisible Circuit Inside the Body? ---A Cross-Disciplinary Hypothesis on Chinese Medicine, Consciousness, and Mathematics

Read full text
Authors: Shuping Li
Cited by: 0

Abstract

Is There an Invisible Circuit Diagram Inside Your Body?——A Cross-Disciplinary Hypothesis on Traditional Chinese Medicine, Consciousness, and Mathematics Have you ever experienced this: You’ve been wrestling with a problem for hours—then suddenly, a flash of insight. In that moment, it’s not just your mind that clears; your body feels lighter, as if some blockage has been released. Conversely: A technically successful surgery removes the lesion—yet the patient rapidly declines. The operation was a success, but the system collapses. Are these merely coincidences? Or is it possible that our body contains an energy-information circuit far more subtle than the neural network—and that consciousness is both the programmer and the total current flowing through it? This book proposes a radical hypothesis: The universe—including our lives—is not an accidental pile of inert particles. It is a dynamic network, encoded in an ancient mathematical geometry (Luoshu), self-expressive, and woven simultaneously from energy and consciousness. The human body is the most exquisite terminal of this network. Disease is a local “short circuit” or “program error.” Healing is systems engineering: repairing the circuit, rewriting the code. We have constructed a complete mathematical physics framework for this hypothesis: • Double Wave Function Model — Two mutually coupled wave functions: one describing the body’s energy distribution, the other describing the connectivity of consciousness. Health is phase synchronization; disease is phase desynchronization. • Digital Roots and Organs — Nine eigenenergies E(h), derived strictly from the Luoshu 3×3 grid, are mapped onto the organs of Chinese medicine. The stability of the Spleen, the activity of the Heart, the depth of the Kidney… for the first time, they have mathematical “IDs.” • Geometric Origin of Meridians — The 13 relational lines of the Luoshu directly yield the topology of the 12 primary meridians and the 8 extraordinary vessels. Meridians are not pipes; they are “optical fibers” of coupled double wave functions. • Soliton Model of Disease — Tumors, inflammation, qi stagnation, blood stasis: all are essentially stable solitons formed by energy trapped in the wrong place. Why are they stubborn? Because we give “stubbornness” a mathematical definition (stability index S). • Computational Reconstruction of the Five Phases — The cycles of generation and克制 are transformed from philosophical loops into two computable quantities: physical interaction strength I_phy, and conscious switching impedance Z_con. This is not metaphor. This is Chinese medicine, written in equations. We performed digital patient simulations. A virtual case of “Liver Depression and Spleen Deficiency” was constructed. The model spontaneously evolved flank distension, poor appetite, low mood. A virtual “soothe the Liver” intervention was applied—and the system moved back toward health. The theory runs. Of course, this is a thought experiment. All therapeutic proposals in this book—targeted resonant soliton dissipation, Luoshu background potential tuning, structured information injection—are currently computer simulations, not clinical protocols. We are not announcing an answer. We are posing a question that deserves to be taken seriously: What if the ancient intuitions of the East (qi, meridians, five phases) and the cutting-edge mathematics of the West (nonlinear fields, solitons, coupled dynamics) are pointing to the same underlying map—what, then, does that map actually look like? This book does not owe you an answer. It owes you only this: the conviction that the question is worth pursuing.

Fields of Study & Subjects

Biofield Effects and Biophysics Traditional Chinese Medicine Studies Philosophy and Theoretical Science

Publication details

Journal / source
Zenodo (CERN European Organization for Nuclear Research)
Publication date
12 February 2026
Language
EN
Document type
Preprint