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  2. Voice onset time - Wikipedia

    en.wikipedia.org/wiki/Voice_onset_time

    The concept of voice onset time can be traced back as far as the 19th century, when Adjarian (1899: 119) [1] studied the Armenian stops, and characterized them by "the relation that exists between two moments: the one when the consonant bursts when the air is released out of the mouth, or explosion, and the one when the larynx starts vibrating".

  3. Voice (phonetics) - Wikipedia

    en.wikipedia.org/wiki/Voice_(phonetics)

    English voiceless stops are generally aspirated at the beginning of a stressed syllable, and in the same context, their voiced counterparts are voiced only partway through. In more narrow phonetic transcription , the voiced symbols are maybe used only to represent the presence of articulatory voicing, and aspiration is represented with a ...

  4. Grimm's law - Wikipedia

    en.wikipedia.org/wiki/Grimm's_law

    Voiceless stops are allophonically aspirated under most conditions. Voiced stops become unaspirated voiceless stops. All aspirated stops become fricatives. This sequence would lead to the same result. This variety of Grimm's law is often suggested in the context of Proto-Indo-European glottalic theory, which is followed by a minority of linguists.

  5. Occlusive - Wikipedia

    en.wikipedia.org/wiki/Occlusive

    The terms 'stop' and 'occlusive' are used inconsistently in the literature. They may be synonyms, or they may distinguish nasality as here. However, some authors use them in the opposite sense to here, with 'stop' being the generic term (oral stop, nasal stop), and 'occlusive' being restricted to oral consonants. Ladefoged and Maddieson (1996 ...

  6. Fortis and lenis - Wikipedia

    en.wikipedia.org/wiki/Fortis_and_lenis

    Fortis stops in Australian Aboriginal languages such as Rembarunga (see Ngalakgan) also involve length, with short consonants having weak contact and intermittent voicing, and long consonants having full closure, a more powerful release burst, and no voicing. It is not clear if strength makes the consonants long, or if during long consonants ...

  7. Allophone - Wikipedia

    en.wikipedia.org/wiki/Allophone

    Voiceless stops and affricates /p, t, k, tʃ/ are longer than their voiced counterparts /b, d, ɡ, dʒ/ when situated at the end of a syllable. Try comparing "cap" to "cab" or "back" to "bag". When a stop comes before another stop, the explosion of air only follows after the second stop, illustrated in words like "apt" [æp̚t] and "rubbed ...

  8. Natural class - Wikipedia

    en.wikipedia.org/wiki/Natural_class

    This excludes all natural classes of sounds besides voiceless stops. For instance, it excludes voiceless fricatives, which have the feature [+continuant], voiced stops, which have the feature [+voice], and liquids and vowels, which have the features [+continuant] and [+voice]. Voiceless stops also have other, redundant, features, such as ...

  9. Lenition - Wikipedia

    en.wikipedia.org/wiki/Lenition

    It is also possible for entire consonant clusters to undergo lenition, as in Votic, where voiceless clusters become voiced, e.g. itke-"to cry" → idgön. If a language has no obstruents other than voiceless stops, other sounds are encountered, as in Finnish, where the lenited grade is represented by chronemes , approximants , taps or even trills .