Robot Ethics

B2 8+

Pronunciation: /ˈroʊˌbɑt ˈɛθɪks/

Definitions of robot ethics

noun Robot ethics - the branch of ethics that deals with the moral and social implications of the use of robots and artificial intelligence.

Example Sentences

A1 Robot ethics is the study of how robots should behave.

A2 Some people believe that robot ethics will become increasingly important as technology advances.

B1 Robot ethics involves considering the moral implications of programming robots to make decisions.

B2 Experts in robot ethics are working to establish guidelines for the ethical use of artificial intelligence.

C1 The field of robot ethics is interdisciplinary, drawing on philosophy, engineering, and psychology.

C2 As robots become more autonomous, the need for comprehensive robot ethics frameworks becomes more urgent.

Examples of robot ethics in a Sentence

formal The field of robot ethics explores the moral and ethical implications of autonomous machines.

informal People are starting to think more about robot ethics and how robots should be programmed to make ethical decisions.

slang I never thought I'd be discussing robot ethics, but here we are!

figurative Navigating the world of robot ethics is like walking through a moral minefield.

Grammatical Forms of robot ethics

plural

robot ethics

present tense

robot ethics

future tense

will be robot ethics

perfect tense

has been robot ethics

continuous tense

is being robot ethics

singular

robot ethic

positive degree

very robot ethics

infinitive

to explore robot ethics

gerund

exploring robot ethics

participle

robot ethics research

Origin and Evolution of robot ethics

First Known Use: 1942 year
Language of Origin: English
Story behind the word: The term 'robot ethics' originated from the combination of the words 'robot' and 'ethics' to refer to the ethical considerations and principles related to the design, creation, and use of robots.
Evolution of the word: The concept of robot ethics has evolved alongside advancements in robotics and artificial intelligence, with increasing focus on issues such as autonomy, accountability, and decision-making in robots.