cymatoscope en · NOUN
Pronunciation
- /saɪˈmætəʊskəʊp/ (Received-Pronunciation)
- sīmăʹtōskōp (Received-Pronunciation)
Etymology
Etymology tree Proto-Indo-European *ḱewh₁- Proto-Indo-European *-yeti Proto-Indo-European *-éyeti Proto-Indo-European *ḱuh₁éyeti Ancient Greek κῠ́ω (kŭ́ō) Proto-Indo-European *-mn̥ Proto-Hellenic *-mə Ancient Greek -μᾰ (-mă) Ancient Greek κῦμᾰ (kûmă)bor. Latin cȳmat(is) Ancient Greek -ο- (-o-)der. Latin -o-bor. English -o- Proto-Indo-European *speḱ- Proto-Indo-European *-yeti Proto-Indo-European *spéḱyeti Proto-Hellenic *sképt͏̌omai Ancient Greek σκέπτομαι (sképtomai) Proto-Indo-European *-os Proto-Indo-European *-ós Proto-Indo-European *-ós Proto-Hellenic *-ós ▲ Ancient Greek -ος (-os)influ. Ancient Greek -ός (-ós) Ancient Greek σκοπός (skopós) Proto-Indo-European *-eti Proto-Indo-European *-eyéti Proto-Indo-European *-esyéti Proto-Indo-European *-éh₁ti Proto-Indo-European *-yeti Proto-Indo-European *-éh₁yeti ▲ Proto-Indo-European *-éyeti Ancient Greek -έω (-éō) Ancient Greek σκοπέω (skopéō)der. English -scope English cymatoscope From Latin cȳmat(is) (“sprout, swelling, hollow sphere”) + -o- + -scope, stem of cȳma, from Ancient Greek κῡ́μᾰτος (kū́mătos, “wave, billow, swell, sprout, fetus”), genitive of κῦμα (kûma).
Meanings
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(qualifier:philologically prescribed; but sees little actual use; philologically prescribed; but sees little actual use) Synonym of cymoscope.
The term kumascope, which he had previously himself employed, does not comply with the strict rules of equivalency when Greek words are Anglicized. It is hoped, however, that in this correct form it may meet with acceptance. The word cymatoscope has also been suggested, but although this may be etymologically more correct, the shorter form will no doubt be preferred.
1908, John Ambrose Fleming, The Principles of Electric Wave Telegraphy, page 353:The term is fairly satisfactory, but has been criticised by the Electrical Times, of London, which paper suggests “cymatoscope” as being more philologically correct, though this paper is not entirely satisfied with its own effort.
1903, George Worthington, editor, Electrical Review, XLII, page 535:Jenny also used a much more advanced form of wave generation: instead of using a bow string, he was able to create cymatoscopes using piezoelectric generators that could be regulated electronically and could produce steadier wave displacements than any of Jenny’s predecessors.
2010, Stephen D. Lewis, Seeing Sound: Hans Jenny and the Cymatic Atlas, page 17:
Forms
| Spelling | Features | Labels | Source |
|---|---|---|---|
| cymatoscopes | Number=Plur | lexicographic |