IHSS Seminar

Power Cast in Bronze: A Social Network Analysis of Noble Families in Early China, 1600–256 BCE

2025-06-16 10:302025-06-16 12:00Asia/Hong_KongPower Cast in Bronze: A Social Network Analysis of Noble Families in Early China, 1600–256 BCE

Power Cast in Bronze: A Social Network Analysis of Noble Families in Early China, 1600–256 BCE
Dr. Yuqi Chen
PhD Graduate
Peking University

Date/Time : June 16, 2025 (Mon) 10:30-12:00 HKT

Venue : Lecture Hall, G/F, May Hall, The University of Hong Kong (Map)

    2025-06-16 10:302025-06-16 12:00Asia/Hong_KongPower Cast in Bronze: A Social Network Analysis of Noble Families in Early China, 1600–256 BCE

    Power Cast in Bronze: A Social Network Analysis of Noble Families in Early China, 1600–256 BCE
    Dr. Yuqi Chen
    PhD Graduate
    Peking University

    Date/Time : June 16, 2025 (Mon) 10:30-12:00 HKT

    Venue : Lecture Hall, G/F, May Hall, The University of Hong Kong (Map)

      Overview

      Title:

      Power Cast in Bronze: A Social Network Analysis of Noble Families in Early China, 1600–256 BCE

      Speaker:

      Dr. Yuqi Chen
      PhD Graduate
      Peking University

      Date/Time:

      June 16, 2025 (Mon) 10:30-12:00 HKT

      Venue:

      Lecture Hall, G/F, May Hall, The University of Hong Kong (Map)

      Language:

      English

      Enquiry:

      Title:

      Power Cast in Bronze: A Social Network Analysis of Noble Families in Early China, 1600–256 BCE

      Speaker:

      Dr. Yuqi Chen
      PhD Graduate
      Peking University

      Date/Time:

      June 16, 2025 (Mon) 10:30-12:00 HKT

      Venue:

      Lecture Hall, G/F, May Hall, The University of Hong Kong (Map)

      Language:

      English

      Enquiry:

      Abstract

      Due to the relative scarcity of transmitted texts, bronze inscriptions have become one of the principal sources for investigating key issues in early Chinese history—particularly during the Shang and Zhou periods—such as the formation of clan system and kin-based political communities. A wide variety of records were cast onto bronzes, ranging from clan emblems to political appointments and rewards, as well as intermarriages among noble families. While historians and archaeologists have long engaged in detailed philological and case-based studies, large-scale systematic analyses remain limited.

      This study constructs a comprehensive and structured database containing nearly 20,000 inscribed bronze artifacts from the Shang and Zhou dynasties, enabling the integration of diverse data types and embedding the analysis within spatiotemporal and relational contexts.

      The method of social network analysis (SNA) is employed to explore various types of networks—including clan emblem networks, co-occurrence networks, political networks, and marriage networks—across three levels: the micro level (individuals and families), the meso level (clusters and groups), and the macro level (topological structure). Temporal changes in these networks reveal striking shifts in power dynamics among noble families, mapping the evolving sociopolitical landscape of Early China.

      ABOUT THE SPEAKER

      Yuqi Chen is a PhD graduate of Peking University, where she also received her Bachelor’s degree. She is actively engaged in the fields of Digital Humanities and Quantitative History. Her research focuses on integrating AI and computational methods with humanities research, especially Early China history and archaeology, aiming to uncover new insights through innovative interdisciplinary approaches. She serves as a reviewer for prestigious journals such as Nature Human Behaviour, Humanities and Social Sciences Communications, and Digital Scholarship in the Humanities, among others. She has also published her work in journals including International Journal of Geographical Information Science, Humanities and Social Sciences Communications, and Digital Scholarship in the Humanities, as well as at conferences such as the Digital Humanities (DH) Conference and the Conference on Empirical Methods in Natural Language Processing (EMNLP).

      POSTER