An absolute chronology for early Egypt using radiocarbon dating and Bayesian statistical modelling

Area of Science:

• Archaeological Science
• Ancient History
• Radiometric Dating

Background:

• Determining the chronology of Early Egypt has relied on artifact ordering, which is insufficient for rigorous historical analysis.
• Conventional dating methods for Egyptian state formation lack precision and absolute chronological grounding.

Purpose of the Study:

• To establish an absolute chronology for Early Egyptian state formation.
• To refine the timeline of the First Dynasty of Egypt.
• To provide a chronometric date for the foundation of Egypt.

Main Methods:

• Integration of radiocarbon dating results with archaeological evidence.
• Application of a Bayesian statistical framework for chronological modeling.
• Analysis of data spanning the entire trajectory of Egyptian state formation.

Main Results:

• An absolute chronology for Early Egypt has been produced.
• Evidence suggests Egyptian state formation was a more rapid process than previously understood.
• A generational-scale timeline for the First Dynasty aligns with existing archaeological interpretations.

Conclusions:

• The study provides a more accurate and precise timeline for the formation of the Egyptian state.
• The findings challenge previous assumptions about the pace of state development in ancient Egypt.
• This research offers a robust chronometric date for Egypt's foundation, distinct from historical estimates.