Turing example sentences

"Turing" Example Sentences

1. The professor lectured on Turing machines and their implications.
2. His Turing-complete program solved the problem efficiently.
3. We're studying the Turing test this semester.
4. The Turing award is highly prestigious in computer science.
5. Is that a Turing-equivalent architecture?
6. Alan Turing’s legacy continues to inspire.
7. The impact of Alan Turing on modern computing is undeniable.
8. They debated the philosophical implications of the Turing test for hours.
9. Turing patterns are fascinating to observe.
10. His work built upon the foundations laid by Turing.
11. The Turing machine is a theoretical model of computation.
12. Understanding the Turing thesis is crucial.
13. The Turing award winner gave an inspiring speech.
14. It's a Turing-complete language, capable of anything.
15. The research explored the limits of a Turing machine.
16. He wrote his dissertation on Turing degrees.
17. Turing’s life story is both tragic and triumphant.
18. The conference focused on Turing contributions to cryptography.
19. This algorithm is not Turing-complete.
20. Many consider Turing a visionary genius.
21. The book details the life and work of Alan Turing.
22. His ideas have become central to the field of Turing computation.
23. What makes the Turing test so compelling?
24. The film portrays Alan Turing’s struggles and triumphs.
25. Turing-equivalent systems are common in modern hardware.
26. This software uses a Turing-complete scripting language.
27. They designed a Turing-complete virtual machine.
28. Turing’s work laid the groundwork for artificial intelligence.
29. The implications of Turing’s work are far-reaching.
30. The project aimed to simulate a Turing machine.
31. She dedicated her career to studying Turing machines.
32. The Turing test remains a subject of debate.
33. Is consciousness achievable in a Turing machine?
34. He developed a Turing-complete programming language.
35. The Turing completeness is a key property.
36. Turing’s death was a significant loss to science.
37. Turing’s contributions are still relevant today.
38. They’re developing a new Turing-complete programming paradigm.
39. The algorithm's efficiency depends on its Turing complexity.
40. The lecture covered Turing’s work on computability.
41. The problem is solvable by a Turing machine, theoretically.
42. Turing’s legacy continues to shape computer science.
43. The design is based on Turing’s original concept.
44. Turing’s work on breaking the Enigma code was crucial.
45. He explored the limitations of a universal Turing machine.
46. The article highlights Turing’s contributions to artificial intelligence.
47. The student presented a paper on Turing completeness.
48. The research focused on Turing patterns in biological systems.
49. Turing’s genius was both profound and tragically underappreciated.
50. It is a computationally Turing-complete system.

Common Phases

1. Turing machine
2. Turing test
3. Turing complete
4. Turing award
5. Turing pattern
6. Alan Turing
7. The Turing machine model
8. Passing the Turing test
9. A Turing-complete language
10. Winning a Turing Award
11. The Church-Turing thesis
12. A Turing-equivalent system
13. Beyond the Turing test
14. The legacy of Alan Turing
15. Exploring Turing patterns
16. The implications of Turing completeness
17. Limitations of the Turing test
18. Applications of Turing machines
19. The impact of Alan Turing's work
20. Understanding the Turing Award criteria