زهره اخوان مقدم

The Holy Qur’an, in addition to its primary purpose of guiding humanity, contains numerous scientific references that were not fully understood at the time of its revelation. Verse 25 of Surah al-Ḥadīd refers to the sending down of iron. The use of the verb anzala (to send down) instead of more commonly used verbs such as khalaqa (to create) and jaʿala (to make) has led to various interpretations of this verse throughout history. This research employs a descriptive-analytical method to examine the concept of the sending down of iron (inzāl al-ḥadīd) and its strong nature (ba's shadīd), as well as its relation to new scientific findings regarding the origin of iron on Earth. Additionally, it investigates whether people at the time of the Qur’an’s revelation had any knowledge of the extraterrestrial origin of iron.Contrary to some extreme approaches to the scientific interpretation and miracles of the Qur’an in recent centuries, this research advocates a balanced perspective that utilizes scientific findings, without any imposition, to better understand the verses of the Qur’an. Recent scientific discoveries indicate that iron is primarily produced in the cores of massive stars, and it cannot be produced in the solar system. Therefore, the use of the verb anzala may allude to the extraterrestrial origin of iron. The results of this research reveal that, from a scientific standpoint, various phenomena are involved in the process of iron's incorporation into Earth that could embody the concept of "sending down," including the production of iron in massive stars and its transfer to Earth through certain cosmic processes, the collision of iron-rich meteorites and asteroids with Earth, and the sinking of iron towards the Earth's core. Regarding the knowledge of people about the extraterrestrial origin of iron at the time of revelation, although it has been claimed that the term used for iron in ancient Egypt means "metal from heaven," the findings of this research indicate that this claim is merely a possibility and, despite extensive research, has not been definitively verified.