The more I read about this meteorite and its properties, the more interesting and puzzling it becomes.

The impossibility of melting it at iron melting point and the need to reschedule over a 1000 degrees Celsius to just soften it makes me think of a possibility that arises from the most current advances in the understanding of what drives LENR (Low Energy Nuclear Reactions, which is the current name of the field of research once mistakingly called cold fusion).

There is a nagging realization in the LENR field that for obtaining good results it’s required to create an environment rich in electromagnetically created, self sustaining and self organizing electronic clusters called “EVOs” (Exotic vacuum objects) which exhibit the capability of remaining stable or “metallic” at thousands of degrees and also can alter many metals on contact.

I have the idea that this big chunk of Iron was submitted to a process that transformed it into a big crystal of EVO material and thus even if it’s still iron from the chemical point of view, it’s in an hypermetalic state meaning it behaves as one single crystal and all of its electrons are interlinked, so it requires much more energy to even soften it, and also it can maintain and even gain magnetism above iron’s Curie point.

I have yet to discuss this idea with people that knows much more about EVOs than I can grasp, but I think this object represents a far more technological complex capability than what it might ever be suspected by its analysis if you don’t know and understand the implications of the existence and properties of EVOs.