King Tut Dagger Shows 11.8% Nickel, Confirming Meteorite Iron as Source Debate Persists
Updated
Updated · spacedaily.com · Jul 30
King Tut Dagger Shows 11.8% Nickel, Confirming Meteorite Iron as Source Debate Persists
3 articles · Updated · spacedaily.com · Jul 30
Summary
A 2022 surface scan found Tutankhamun’s iron dagger contains 11.8% nickel and sulphur-rich spots, reinforcing that the blade was made from meteorite iron.
Millimetre-scale nickel-rich bands consistent with a Widmanstätten pattern suggest the metal was forged below about 950°C, preserving structures that higher heat would have erased.
That pattern complicates a 2016 study that matched the blade’s chemistry to the Kharga meteorite: both studies support an extraterrestrial origin, but not the same likely parent material.
The dagger’s gold hilt may point outside Egypt—possibly linked to a Mitanni gift mentioned in the Amarna letters—but researchers and critics say the evidence is only suggestive.
Tut’s blade fits a broader Bronze Age pattern: before iron smelting spread after about 1200 BCE, tested prestige iron objects have repeatedly proved meteoritic.
Did ancient blacksmiths possess advanced forging techniques, or are modern scientists misreading the extraterrestrial patterns on Tutankhamun's legendary blade?
If King Tut's dagger was forged from a meteorite, could its golden hilt actually hide a secret diplomatic history from a foreign empire?