Celestial Iron: Antiquated Iron Derived from StarOrigins
In the distant past, iron from the heavens was a prized commodity, shaping cultures and societies across continents. This intriguing tale unfolds as we delve into the history of meteoritic iron, a celestial treasure that captivated ancient artisans with its unique physical properties.
From Greenland to Egypt, and from Switzerland to Syria, early metalworkers recognized meteoritic iron by its distinct metallic luster, density, and feel, which set it apart from common terrestrial stones. The main clues were its metallic composition, physical characteristics, and patterns that appeared after working.
Ancient smiths treated meteoritic iron much like terrestrial iron once recognized, heating, hammering, and cold working it to create ornaments and tools. Its natural alloy made it tougher and easier to sharpen, conferring a sense of prestige. However, its rarity limited its use to special objects or weapons.
The dagger found in King Tutankhamun's tomb, for instance, was crafted from meteoritic iron, as revealed by modern portable X-ray fluorescence tests. Its metal contained approximately 10.8 percent nickel and 0.58 percent cobalt, far surpassing any terrestrial source.
Meteoritic iron also graced royal tombs, ritual caches, and archaeological layers dating before widespread iron smelting. In Namibia, the Nama people used fragments of the Gibeon meteorite to forge spear points and knives.
Inuit families in Greenland have a tradition of collecting and cold-working fragments of the Cape York meteorite for tools, passing down knowledge of iron-rich sites from generation to generation. The Cape York meteorite provides a rare source of workable metal in an otherwise metal-poor environment.
In Tibet, shamans fashioned meteoritic iron, called Thokcha, into ritual amulets and votive objects, believed to embody protective spiritual forces. Hittite cuneiform tablets refer to AN.BAR GE nepis ("black iron from heaven"), indicating a ritual dimension to retrieving and working meteoritic iron in Hittite culture.
Archaeologists have discovered evidence of meteoritic iron in artifacts dating back to 2300 BCE in Syria and around 2500 BCE in Anatolia. A small iron pendant unearthed at Umm el-Marra in Syria, and an iron dagger from the Alaca Höyük excavations in Anatolia, both proved meteoritic when scientists detected similar nickel-cobalt ratios.
In southern Poland, four Lusatian Culture ornaments-three bracelets and a pin-were made of ataxite-type meteoritic iron, prized for its rarity and celestial origin. By the first millennium BCE, in Mesopotamia, scribes wrote AN.BAR on clay tablets when listing offerings to temples and kings, though by that time AN.BAR may also have included some smelted iron alongside true meteoritic pieces.
As researchers continue to uncover and analyse these ancient artifacts, they deepen our understanding of how far meteoritic iron travelled and how interconnected early societies may have been in valuing and trading this rare cosmic material. The tale of meteoritic iron serves as a testament to human ingenuity and the enduring allure of the unknown.
[1] Reference: Meteoritics & Planetary Science, Volume 55, Issue 11, November 2020, Pages 2160–2178, https://doi.org/10.1111/maps.13890
- The history of archaeology reveals that meteoritic iron, a rare cosmic material, captivated ancient artisans not only in Greenland but also across continents, such as Egypt, Switzerland, and Syria.
- Meteoritic iron, due to its unique physical properties, was used by ancient smiths to create special objects and weapons, even before widespread iron smelting.
- Modern scientific methods, like portable X-ray fluorescence tests, have revealed the presence of meteoritic iron in ancient artifacts, such as the dagger found in King Tutankhamun's tomb.
- Meteoritic iron was not limited to royal tombs or elite societies; it was also used by indigenous communities, like the Nama people in Namibia for spear points and knives, and the Inuit families in Greenland for tools.
- The valuing and trading of meteoritic iron served as a means of connection between early societies, demonstrating their interconnectedness and the enduring allure of the unknown and exotic, as seen in the exchange of this rare cosmic material across different cultures and historical periods.
