Finally, Julia's multiple dispatch system is designed to prioritize methods based on specificity, rather than inheritance hierarchies. This means that methods that exactly match the declared types of arguments take precedence over methods that match more general types.

Another difference is that Julia's multiple dispatch is not based on a hierarchy of classes and subclasses like in traditional object-oriented programming languages, but is instead based on type unions and intersections. This enables more expressive and fine-grained method dispatch.

Additionally, Julia's multiple dispatch allows for the creation of generic functions that work with different argument types, which contributes to the language's performance and flexibility.

One key difference is that in Julia, multiple dispatch is not just limited to the type of the object on which a function is called, but also takes into account the types of all the arguments passed to the function. This allows for more flexibility and specialization in function behavior.