Word
turing completeness
Definition
n. the ability of a computer language or system to solve any computational problem that any computer can solve, given enough time and memory.
n. the theoretical capability of a computational system or programming language to simulate any universal Turing machine, meaning it can implement any computable algorithm.
Examples
“Because Python has Turing completeness, any problem solvable by computers can be programmed in it.”
“Researchers proved the Turing completeness of cellular automata like Conway's Game of Life by constructing virtual logic gates.”
“Autoregressive transformers coupled with recurrent memory scratchpads achieve practical Turing completeness, enabling arbitrary symbolic program execution.”
Examples
simple
“Because Python has Turing completeness, any problem solvable by computers can be programmed in it.”
contextual
“Researchers proved the Turing completeness of cellular automata like Conway's Game of Life by constructing virtual logic gates.”
complex
“Autoregressive transformers coupled with recurrent memory scratchpads achieve practical Turing completeness, enabling arbitrary symbolic program execution.”
Real-World Examples
“If a fantasy card game can hold the secrets to computation, then Turing completeness can reside in any reasonably complex system unless it is actively prevented from doing so.” “Usually, when we talk about Turing completeness, we’re talking about computers-as-programming languages, which are systems that describe how to solve different problems.” Etymology
Named after English mathematician, logician, and codebreaker Alan Mathison Turing (1912–1954), who introduced the universal Turing machine in his seminal 1936 paper 'On Computable Numbers' to formalize the boundary of mechanical calculation.
Etymology adapted from Wiktionary, available under CC BY-SA 4.0.
Domains
Scan code
englishreference.com/q/turing-completeness