Ancient Science of China中国古代科学
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Qizheng Tuibu七政推步
MingAstronomy & CalendricsComplete格物

七政推步

Qizheng Tuibu

Calculations of the Seven Luminaries (1477 CE) by Bei Lin documents the adoption of Islamic mathematical astronomy into the Chinese bureau. Drawing on Persian planetary tables, it introduces Ptolemaic…

About This Work

Calculations of the Seven Luminaries (1477 CE) by Bei Lin documents the adoption of Islamic mathematical astronomy into the Chinese bureau. Drawing on Persian planetary tables, it introduces Ptolemaic models and spherical trigonometry to Chinese practice, producing demonstrably more accurate eclipse predictions—a pragmatic synthesis of cross-cultural scientific methods.

Contents · 内容

Vol.1: The Solar Path — Daily Motion and Annual Motion太阳 日行 日躔
Vol.2: The Lunar Path — Phases and Eclipse Calculation太阴 月离 交食
Vol.3: Jupiter — 12-Year Cycle岁星 木星 十二年一周天
Vol.4: Mars, Saturn, Venus, Mercury荧惑 填星 太白 辰星
Vol.5: The Five Planets — Conjunction and Transit Tables五星 凌犯 顺逆 留退

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.