Ancient Science of China中国古代科学
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Nanjing难经
HanMedicineComplete医

难经

Nanjing

The Classic of Difficult Issues (Nanjing, c. 100 CE) systematically addresses 81 unresolved problems in the Huangdi Neijing—clarifying pulse diagnosis and refining organ-channel correspondences. Its k…

About This Work

The Classic of Difficult Issues (Nanjing, c. 100 CE) systematically addresses 81 unresolved problems in the Huangdi Neijing—clarifying pulse diagnosis and refining organ-channel correspondences. Its key innovation is proportional body measurement (cun) for standardizing acupuncture point location, an empirical approach that established the model for subsequent Chinese medical scholarship.

Contents · 内容

Q1-22: Pulse Diagnosis Fundamentals第一至二十二难 脉学
Q23-29: Channel and Network Vessel Theory第二十三至二十九难 经络
Q30-47: Organ Physiology and Pathology第三十至四十七难 脏腑
Q48-61: Disease Differentiation and Diagnosis第四十八至六十一难 疾病
Q62-68: Acupoint Theory and Needling Methods第六十二至六十八难 腧穴 针刺
Q69-81: Therapeutic Principles and Prognosis第六十九至八十一难 治则 预后

Why This Matters

This text is part of the living archive of Chinese intellectual achievement — a tradition that produced systematic astronomical observation, mathematical innovation, medical frameworks still in clinical use, and engineering at continental scale, centuries before comparable developments in Europe.

The question "did ancient China have science?" misunderstands what science is. Science is not a single cultural tradition — it is the systematic observation of nature, the rigorous documentation of phenomena, the testing of ideas against evidence, and the building of knowledge across generations. By every one of these measures, the works in this catalogue are scientific. They used different conceptual frameworks — correlative rather than mechanistic, systemic rather than reductionist — but these frameworks produced real knowledge: accurate star catalogues, effective medical treatments, precise calendar computations, and technologies that transformed civilization.