Final answer:
OCaml is not blissfully unaware of aliasing; it's designed to minimize such issues through its type system and its emphasis on immutable data structures, though aliasing can still occur in mutable structures.
Step-by-step explanation:
False: OCaml is a functional programming language that has a sophisticated type system, which indeed keeps track of types to minimize errors like aliasing.
In programming, aliasing refers to the situation where the same memory location can be accessed using different names.
Specifically, OCaml employs a value-based model rather than a reference-based one (which is common in languages like C or C++), meaning that each variable is bound to a value and not a memory address, reducing the complexity of aliasing issues.
However, in certain cases like using references, arrays, or records, aliasing can occur because these are mutable data structures.
The language's design encourages immutable data structures which inherently avoid aliasing problems, but it is not completely unaware of aliasing.