Active Optics

Pronunciation: /ˈæk.tɪv ˈɒp.tɪks/

Definitions of active optics

noun a technology used in telescopes to actively adjust the shape of a mirror or lens to improve image quality

Example Sentences

A1 Active optics help improve the performance of telescopes.

A2 Scientists use active optics to adjust the shape of telescope mirrors.

B1 The implementation of active optics has revolutionized the field of astronomy.

B2 Engineers are constantly researching new ways to enhance active optics technology.

C1 The intricate system of active optics requires precise calibration and maintenance.

C2 Advanced telescopes utilize cutting-edge active optics systems to achieve unparalleled image quality.

Examples of active optics in a Sentence

formal Active optics is a technology used in telescopes to actively adjust the shape of the mirror to compensate for distortions.

informal They use active optics in those fancy telescopes to make sure they get a clear view of the stars.

slang Active optics is like magic for telescopes, making sure they see everything perfectly.

figurative In life, we need to have active optics to adjust our perspective and see things more clearly.

Grammatical Forms of active optics

• plural: active optics
• comparative: more active
• superlative: most active
• present tense: active optics
• future tense: will be active optics
• perfect tense: have been active optics
• continuous tense: are being active optics
• singular: active optic
• positive degree: active
• infinitive: to activate optics
• gerund: activating optics
• participle: activated optics

Origin and Evolution of active optics

First Known Use: 1980 year

Language of Origin: English

Story behind the word: The term 'active optics' originated in the field of astronomy and was first used to describe a method of correcting optical distortions in telescopes using computer-controlled flexible mirrors.

Evolution of the word: Initially used in the context of adaptive optics for astronomical telescopes, 'active optics' has since evolved to encompass a broader range of applications in optics and photonics, including laser systems, microscopy, and telecommunications.