Nambu Mechanics is a theoretical framework in physics that extends classical mechanics by incorporating the concept of non-canonical Hamiltonian systems. It was developed by the Japanese physicist Yoichiro Nambu in the 1970s. This approach allows for the description of systems with constraints and multiple degrees of freedom, providing a more generalized way to analyze motion. In Nambu Mechanics, the equations of motion are derived from a Nambu bracket, which generalizes the Poisson bracket used in traditional Hamiltonian mechanics. This framework is particularly useful in fields like particle physics and string theory, where complex interactions and symmetries are prevalent.