The concept addresses the unique memory identity principle in object-oriented programming, defined by the `id()` operation which assigns a distinct, immutable identifier to every object instance created in memory. Formally grounded in the distinction between object identity and object equality, this mechanism utilizes a system-managed reference counter to track object lifecycles without relying on value-based comparison semantics. This theory operates within the domain of computer science memory management and serves as a foundational axiom for resolving reference semantics, ensuring unambiguous tracking of entity states independent of their attribute values.
The core principle is that programming language variables often function as memory references rather than data containers themselves, necessitating distinction between object identity and value equal…