Abstract
This paper develops a systematic theory of Tricomplex Polynomials and their roots. It is proved that a
polynomial of degree π in β3 possesses π4 roots, generalizing the classical fundamental theorem of algebra.
The study further identifies the conditions under which the existence of one root ensures that its conjugate
elements are also roots. The quadratic equation π2 = π is solved for various π β β3, providing a complete
classification of tricomplex square roots. Furthermore, the interrelations among roots, their conjugates, and
their norms are analyzed, revealing deep structural analogies with both complex and bicomplex number
systems.



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