From the very beginning, the purpose of what would become M2 Nanomachines was the editing of genes and conducting very intricate physical enhancements to human bodies. Over time and with many gain-of-function events, M2 Nanomachines are now fully capable of overhauling objects regardless of their molecular composition, permitting them to make the Machina who are inorganic biomechanical organisms. Almost invariably, M2 Nanomachines disassemble whatever molecules they can find, sometimes even atoms if the elements are otherwise useless, and reassemble them into [[Machinium]], a diverse range of slightly-unstable but extremely durable alloys that can be tailored to any role the M2 Nanomachines require and adapted on the fly. This causes corrupted objects to appear as though they are morphing into new shapes, as their entire molecular composition is simultaneously disintegrated and remade into Machinium. | From the very beginning, the purpose of what would become M2 Nanomachines was the editing of genes and conducting very intricate physical enhancements to human bodies. Over time and with many gain-of-function events, M2 Nanomachines are now fully capable of overhauling objects regardless of their molecular composition, permitting them to make the Machina who are inorganic biomechanical organisms. Almost invariably, M2 Nanomachines disassemble whatever molecules they can find, sometimes even atoms if the elements are otherwise useless, and reassemble them into [[Machinium]], a diverse range of slightly-unstable but extremely durable alloys that can be tailored to any role the M2 Nanomachines require and adapted on the fly. This causes corrupted objects to appear as though they are morphing into new shapes, as their entire molecular composition is simultaneously disintegrated and remade into Machinium. |