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<div class="text-justify">The quaternionic coordinates pointed to the depths of the Oort cloud. Following these hyperdimensional vectors, our probes found a small glacial world orbiting a red dwarf.</div><P/>
<div class="text-justify">Sceptical at first, spectroscopic analyses revealed something astonishing: unambiguous biosignatures of multicellular organisms in the subfacial oceans.</div><P/>
<div class="text-justify">We had stumbled upon primitive alien life in one of the innermost regions of the Solar System.</div><P/>
<div class="text-justify">We dispatched a manned research mission immediately. Studying the native life forms, we discovered a biodiversity unparalleled on Earth, with creatures that seemed to defy our understanding of biology.</div><P/>
<div class="text-justify">Some species exhibited quaternionic symmetries impossible on our existential plane. Others seemed to exist in multiple, overlapping states simultaneously.</div><P/>
<div class="text-justify">As we delved deeper into this alien universe, we realised that quaternions were not simply abstract mathematical tools, but the fundamental rules governing the fabric of reality on this remote world.</div><P/>
<div class="text-justify">A window into a cosmos of possibilities that challenged our very perception of what it means to be alive. A discovery that would change our understanding of the universe forever.</div><P/>