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by culi
1235 days ago
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Hmm I'm not sure you're completely clear on how syllabaries (including katakana, hiragana, kanji, etc) work. You can use them to encode anything as well Orthographic English is probably the best example to show the inefficiencies alphabets sometimes bring. The English language has ~24 constants which are often well-represented, but then you have things like "ng" or "sh" which is actually a single phoneme that we lack a symbol for. On the flip side, English has an unusually large number of vowel phonemes, around 13 monophthongs and 7 dipthongs. Yet we have only 5 symbols for vowels and often use them in very ambiguous and end up having strange combinations of them leading to ghoti: https://en.wikipedia.org/wiki/Ghoti The point is you only have 26 letters, but now you end up having to memorize a vast array of combinations and how they work in different contexts. You're really not saving yourself any more memory space than if you'd learned a syllabary |
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What I’m slightly puzzled by is your apparent confusion as to what a syllabary is: as I gently tried to hint in my reply (and someone else has now more explicitly pointed out), hiragana and katakana are syllabaries; kanji is not, even if it is occasionally used that way (当て字). I’m not sure to what extent that undermines what you were trying to say.
But, to engage with the substance of your point on the efficiency of Japanese syllabaries, we first have to put aside the fact that they retain two distinct systems to encode the same sounds (a baroque inefficiency surely without peer in any other language). It is true that modern kana allow for efficient decoding - there is almost no ambiguity in the sounds, は for ha/wa excepted. That reliable decoding does, however, impose a fairly hard limit on the number of sounds they can express, so I am not sure what you mean when you say “[y]ou can use them to encode anything as well”.