Rust's ownership model is a compile-time memory management mechanism governed by three rules: every value in memory has exactly one owning variable, a value is dropped (deallocated) when its owner goes out of scope, and only a single owner can exist at a time. This model relates to broader systems-programming theory as an alternative to both manual memory management (as in C) and garbage collection (as in Python), since ownership tracking, borrowing (immutable and mutable references), and lifetimes let the compiler enforce memory safety statically. It belongs to the domain of programming language design and memory management theory, specifically the subfield of static analysis for resource safety without runtime overhead.
Rust's ownership model is a compile-time memory management mechanism governed by three rules: every value in memory has exactly one owning variable, a value is dropped (deallocated) when its owner go…