PHONOLOGY (Notes)

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Oct 30, 2023

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1 PHONOLOGY: THE SOUND PATTERNS OF LANGUAGE Further Phonetic Details - the IPA does not capture all phonetic features. - As such, the IPA has been supplemented with additional symbols (diacritics). - the focus is given on differences that might be used in some human language to indicate a change in meaning. Speakers with English-type grammars normally produce round consonants before round vowels. - [kwul] ‘cool,’ [twu] ‘two,’ and [mwun] ‘moon.’ if you were to say [kul] or [mun] (with no rounding of the consonant), everyone would know that you meant ‘cool’ and ‘moon,’ respectively. Thus the rounding of a consonant is NON-CONTRASTIVE (it doesn’t change the meaning of a word). Speakers with Marshallese-type grammars, the difference between round and unround consonants is very important. For example [am nikwnikw] means ‘your cloth’ but - [amw nikwnikw] means ‘our (i.e., belonging to me and some other people, but not you) cloth.’ Thus in Marshallese-type grammars, the rounding of a consonant is a CONTRASTIVE feature (it changes the meaning of a word. - On the other hand, the difference between [ʃ] and [ʧ] is of no consequence in Marshallese: - For example, the verb which means ‘to go barefoot’ can be pronounced [ʃintəbw] or [ʧintəbw] - No Marshallese speaker will pay any more attention to this difference than you would to the difference between [kwul] and [kul] - Thus what counts as contrastive in one grammar may not be in another. - Part of what you know, as a speaker with a particular grammar, is which aspects of the speech stream matter for conveying differences in meaning and which ones do not. - Since the knowledge of what to ignore and what to pay attention to appears to vary from grammar to grammar (so that, e.g., Marshallese-type grammars differ from English-type grammars in this regard), you must learn to ignore certain aspects of the speech signal when you learn your grammar. The Phoneme Criterial vs incidental Criterial : difference in phonetic features which result in changing of meaning - eg: Eng [ʧɪp] vs [ʃɪp] ; Mrs [am] ‘your’ vs [amw ] ‘our (but not you)’ Incidental : difference in phonetic features which are irrelevant in changing of meaning - eg: Eng [mwun] vs [mun] ; Mrs [ʃintəbw] vs [ʧintəbw] ‘to go barefoot’ Speakers must produce and pay attention to those segments which determine meaning differences, but can safely ignore those differences which do not influence meaning.
2 The sound differences that matter for a given grammar are called phonemic differences. Differences that do not matter for the purpose of determining meaning are called phonetic differences. Phonemic sounds are contrastive to the speaker. The set of sounds of a given grammar, defined in such a way as to list only those aspects of their production that are criterial for the determination of meaning, are known as the phonemes of that language. Phonemes are what one must learn to pay attention to in order to ultimately derive accurate semantic representations. Minimal Pairs and Allophones How can we determine what the set of phonemes for a given grammar are? substitution : in English [bæt] means ‘bat’ and [pæt] means ‘pat, - the difference between [b] and [p] is a phonemic one. - thus [bæt] and [pæt] are a minimal pair : both have an equal number of sound segments, and a change of one sound feature changes the meaning of the word. - [b] and [p] are contrastive in an English-type grammar. - Likewise, [tæ t ] and [tæ d ] are a minimal pair, and [tæ k ] ‘tack’ and [tæ g ] ‘tag’ are minimal pairs: thus VOICING is a contrastive feature in English- type grammars. On the other hand, if we substitute an unrounded [m] for the [mw] of [mwun] ‘moon,’ giving [mun], the newly created word may sound a little funny, but it still means ‘moon.’ The difference between [m] and [mw] is therefore not a phonemic one – they are non-contrastive . Distinctions which are just phonetic are generally found to have a well-defined distribution. Take for example nasalization: - [mɛt] ‘met’ [m n] ‘men’ (The ‘tilde’ diacritic indicates nasalization of vowels.) ɛ̃ Although [m t] would sound odd in English, it still means ‘met’. ɛ̃ The distribution of nasalized vowels is, (in English but not in French), completely predictable. We can state the prediction in the form of the following ‘rule’ of grammars of the English-type: - Rule 1: Nasalize vowels before nasals. This rule accounts for the fact that in English nasalized vowels occur always and only before nasals. - /mɛn/ →[m n] ɛ̃ The final form has both nasalization of its vowel (by Rule 1) and lip-rounding of its consonant (by Rule 2). Note that since Rules 1 and 2 apply to all input forms to the grammar, the output of these rules, taken together, will create a situation in which [ ] will occur only ɛ̃ where [ɛ] does not (before nasals), and vice-versa. The two phonetic segments [ ] and [ɛ] are in ɛ̃ complementary distribution — one never occurs in the same environment as the other.
3 the kind of information you store in your head about the sounds in a word (Long Term Memory) and the kind of instructions you send to your articulators in order to get them to produce the word is thus distinguished. At the level of mental storage, you need only store enough information about ‘men’ to distinguish it from ‘mean,’ ‘moan,’ ‘moon,’ ‘man,’ ‘met,’ ‘mess,’ etc (ie, only criterial information) Nasalization and consonant rounding are predictable aspects of English type grammar output (ie incidental in English type grammars, as opposed to criterial in French-type grammars), and are derived by a phonological rule specific to an English-type grammar. The segments used in our mental dictionary are the phonemes of the language. As a result of the application of phonological rules these phonemes can be realized in a variety of ways. The various phonetic realizations of a phoneme are called the allophones of that phoneme. Think of the phonological component as consisting of two levels of abstract mental representations with a computational system that ‘converts’ one type of representation into another. The most abstract level is the level of the phoneme, or the underlying representation (UR) and the less abstract is the phonetic level, or surface representation . In the production of speech, the phonological computation system converts underlying (phonemic) representations into surface (phonetic) representations. These surface representations are then further converted into articulatory gestures (a process external to the grammar). In the comprehension of language, relevant auditory input (speech sounds) is converted into surface (phonetic) representations (again, a process external to the grammar). The surface representation is then converted by the phonological component into an underlying (phonemic) representation. Again, unpredictable information is stored only at the underlying or phonemic level. /kæt/→[khæʔ] As an illustration, take for example “cat” with the Phonemic Representation (or Underlying Representation) being / kæt /, and the Phonetic Representation (or Surface Representation) being [ khæ ʔ] for many North American dialects. We know that [kh] is obtained by an aspiration rule relative to “English”-type grammars (Aspirate /p/,/t/,/k/ when at beginning (onset position) of a syllable). Thus the phoneme /k/ has 2 phonetic realizations: [kh] when it starts a syllable, and [k] when it’s anywhere else in a syllable, but NOT at the beginning of a syllable. It is thus said that [k] and [kh] are in complimentary distribution and are allophones of the same underlying phoneme /k/. The same reasoning applies to the realization of the /t/ phoneme. The grammar which gives [khæʔ] as an output has a phonological rule which converts /t/ to a glottal stop when in the position of the last sound of a stressed syllable (coda position). Underlying Phoneme & Allophones Since RuPaul and RP Charles never show up in the same room (never occur in the same environment as the other), they are in complementary distribution. RuPaul = RP Charles, they do not change their criterial features, only their incidental features (hair, nails, makeup padding, wardrobe). they are thus non-contrastive. Since they are non-contrastive, and are distributed in complementary distribution, they are allophones of a single phoneme. But which one is the underlying phoneme (which one has the underlying identity)? More English Allophony
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