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From source
SOHO has demonstrated that the the sun has a solid, electrically conductive, ferrite surface, just below the observable photosphere which rotates uniformly every 27.3 days. The uniformity of this movement is unlike anything we find in the photosphere. It's rigid. It moves UNIFORMLY from equator to pole. It is being dynamically reshaped and eroded by continual electrical arcing between magnetically polarized points along the surface.
Originally posted by SpittinCobra
From source
SOHO has demonstrated that the the sun has a solid, electrically conductive, ferrite surface, just below the observable photosphere which rotates uniformly every 27.3 days. The uniformity of this movement is unlike anything we find in the photosphere. It's rigid. It moves UNIFORMLY from equator to pole. It is being dynamically reshaped and eroded by continual electrical arcing between magnetically polarized points along the surface.
I do think this could be true.
Ferrite has a cubic crystalline structure with the chemical formula MO.Fe2O3 where Fe2O3 is iron oxide and MO refers to a combination of two or more divalent metal (i.e: zinc, nickel, manganese and copper) oxides. The addition of such metal oxides in various amounts allows the creation of many different materials whose properties can be tailored for a variety of uses.
Wikipedia
(2) In Materials Science, "ferrite" (alpha-iron) is iron, or a solid solution with iron as the main constituent, with a body centred cubic crystal structure. In pure iron, ferrite is stable below 910°C. Above this temperature the face-centered cubic form of iron, austenite (gamma-iron) is stable. Above 1390°C, up to the melting point at 1534°C, the body-centred cubic crystal structure is again the more stable form (delta-iron).