The F-Rank dormitory was, charitably, a storage room that had been retrofitted with beds.
Three bunk beds for six students, a window that faced a wall, a single oil lamp, and a shared washroom down the hall that the upper-rank students occasionally used as a shortcut. The mattresses had the structural integrity of accumulated disappointment.
Kael found his assigned bunk — bottom, near the door, the least desirable position — sat on it, and opened the student handbook.
He read it in forty minutes. Annotated it mentally. Set it aside.
Then he lay back and began the real work.
In his previous life, his genius had been the genius of pure mathematics — abstract, theoretical, existing in a realm of symbols and logic untethered from physical reality. Now he was in a physical reality where the mathematics and physics were, apparently, entirely different, and he needed to reconstruct his fundamental understanding of how energy behaved in this universe.
He began with what he could observe directly. The air here carried a charge that Earth's atmosphere hadn't. When he focused — really focused, the way he had learned to focus on a complex proof — he could sense it moving. Not see it, not quite feel it, but *perceive* it, the way you perceive a pattern in noise once you know what to listen for.
Seven frequencies. The world believed in seven frequencies.
He could perceive at least twelve.
He lay in the dark storage-room dormitory, with five other F-Rank students snoring around him, and quietly mapped the energy landscape of a world that didn't know what it was.
By morning, he had preliminary equations.
By the end of the first week, he had a theory.
By the end of the first month, he had something that no one in this world had ever possessed: a mathematical framework describing mana not as a set of discrete elemental affinities, but as a continuous spectrum — an infinite range of frequencies of which the seven elements were merely the seven most common, the way visible light is merely the thin slice of the electromagnetic spectrum that human eyes happen to detect.
He wrote it in the margins of his student handbook in the smallest script he could manage, using a notation system he invented over three nights, because the notation that existed in this world was insufficient for what he was describing.
He titled it, in the cramped margin of page forty-seven:
*Unified Frequency Theory, Draft 1.*
Then he closed the handbook, tucked it under his mattress, and went to his first class.
He was, at this point, still officially the weakest student in the Academy.
That would become, in time, the most famous understatement in the history of the institution.
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