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Quantum Mechanics, as a fundamental theory in Physics, studies nature at its smallest scales, where particles exhibit both wave-like and particle-like behaviors. It introduces concepts like superposition, entanglement, and quantum uncertainty principle, which significantly differ from classical physics. In the context of Fluid Mechanics, Quantum Mechanics can be applied to understand the behavior of extremely small fluid systems, such as those found in microfluidic devices or at the interface between two materials. Here, quantum effects like quantum tunneling or quantized vortices could play a significant role, affecting phenomena like mass and heat transport or fluid-structure interactions. Thus, Quantum Mechanics provides an essential framework for describing and predicting the behavior of these unique fluid systems, complementing the more macroscopic understanding offered by traditional Fluid Mechanics theories.