An infinite loop is a control flow mechanism in formal programming theory where the loop condition evaluates perpetuously to true, resulting in an execution stream that never reaches a terminating state. This concept is defined by the logical negation of loop termination conditions within a specific iteration cycle, causing the computational process to enter a recursive state without external interruption. In the domain of discrete mathematics and computer science, this mechanism represents a divergence within a deterministic algorithm, distinct from standard iterative convergence or recursive base-case exhaustion.
Prerequisite chain context: requires Reversed Iteration in Python.