Teotihuacan (Site Name Keyword)
1-25 (328 Records)
This article discusses the role of ancestors in New World cosmologies. Specifically, it gives examples of how ancestors mediate cosmologies through sensory experiences, things, and places. In Eastern North America, ancestors were engaged in posts, bundles, stars, mounds, and temples. In the American Southwest, “conceptual packages” of wind, water, and breath represented the cosmological force shared by humans, ancestors, and places. Mesoamericans transformed the dead into ancestors by...
Cosmology in the New World
This project consists of articles written by members of Santa Fe Institute’s cosmology research group. Overall, the goal of this group is to understand the larger relationships between cosmology and society through a theoretically open-ended, comparative examination of the ancient American Southwest, Southeast, and Mesoamerica.
La Ventilla Chronology Supplemental Materials (2023)
Accelerator mass spectrometry radiocarbon (AMS 14C) dates (n = 78) from human bone collagen were analyzed in the largest high-resolution chronology study to date at the ancient city of Teotihuacan in central Mexico (ca. AD 1–550). Samples originate from the residential neighborhood of La Ventilla, located in the heart of this major urban center. Here, a trapezoidal model using Bayesian statistics is built from 14C dates combined with data derived from the stylistic analysis of ceramics from...
La Ventilla Radiocarbon Bayesian Chronology
AMS radiocarbon dates (n = 78) from human bone collagen were analyzed in the largest high-resolution chronology study to date at the ancient city of Teotihuacan in central Mexico (c. AD 1–550). Samples originate from the residential neighborhood of La Ventilla, located in the heart of this major urban center. Here, a trapezoidal model using Bayesian statistics is built from 14C dates combined with data derived from the stylistic analysis of ceramics from burial contexts. Based on this model, we...
N1E1 (2023)
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N1E1 (2025)
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N1W1 (2023)
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N1W1 (2025)
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N1W2 (2023)
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