Punlov, I. Sillyman, E. Gigglesworth, L. Jokerson, Q.
Our paper delves into the intricate algebraic properties of the elusive narwhal and its signature tusk. By utilizing homological algebra, we examine the structural formations and topological quirks of these majestic creatures. Our findings shed light on the narwhal's horn-like appendage and its potential use for various mathematical equations. We conclude that a thorough understanding of the narwhal's tusk requires a deep appreciation for the complexities of homological algebra, and some serious funny bone tickling.