
Jizi, Qizi, or Kizi (), called in Korean Kija (), was a semi-legendary Chinese sage who is said to have ruled Kija Chosŏn in the 11th century BCE. Early Chinese documents like the Book of Documents and the Bamboo Annals described him as a virtuous relative of the last king of the Shang dynasty who was punished for remonstrating with the king. After Shang was overthrown by Zhou in the 1040s BCE, he allegedly gave political advice to King Wu, the first Zhou king. Chinese texts from the Han dynasty (206 BCE – 220 CE) onwards claimed that King Wu enfeoffed Jizi as ruler of Chaoxian (, pronounced "
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Jizi, Qizi, or Kizi (), called in Korean Kija (), was a semi-legendary Chinese sage who is said to have ruled Kija Chosŏn in the 11th century BCE. Early Chinese documents like the Book of Documents and the Bamboo Annals described him as a virtuous relative of the last king of the Shang dynasty who was punished for remonstrating with the king. After Shang was overthrown by Zhou in the 1040s BCE, he allegedly gave political advice to King Wu, the first Zhou king. Chinese texts from the Han dynasty (206 BCE – 220 CE) onwards claimed that King Wu enfeoffed Jizi as ruler of Chaoxian (, pronounced "Joseon" in Korean). According to the Book of Han (1st century CE), Jizi brought agriculture, sericulture, and many other facets of Chinese civilization to Joseon. His family name was / () and given name was / (/ , or / ).
Kija (the Korean pronunciation of "Jizi") may have been the object of a state cult in sixth-century Goguryeo, and a mausoleum to him was established in Goryeo in 1102, but the first extant Korean text to mention Kija was the Samguk sagi (1145). Starting in the late thirteenth century, Kija was fully integrated into Korean history, being described as a successor to the descendants of Dangun in the state of Old Joseon. Following the spread of Neo-Confucianism in Korea in the fourteenth century, scholars of the Joseon period (est. 1392) promoted Kija as a culture hero alongside Dangun, with Kwŏn Kŭn's preface of Sambong chip writing,
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