Mason Blake
Onomatopoeia is a word that refers to the process of creating a word that imitates, resembles, or suggests the sound it describes. For example, animal sounds are often onomatopoeic, such as oink, meow, moo, and quack. Onomatopoeia can differ between languages, such as the sound of a clock being tick tock in English and tic tac in Spanish and Italian. The term sound words also refers to words that are onomatopoeic, such as brrr for cold and psst for getting someone's attention. These words are used to create a poetic or rhetorical effect.
| Characteristics | Values |
|---|---|
| Definition | Onomatopoeia (or rarely echoism) is a type of word, or the process of creating a word, that phonetically imitates, resembles, or suggests the sound that it describes. |
| Examples | Animal noises: oink, meow, roar, chirp, moo, quack, woof, bark, purr, cluck, baa |
| Other sounds: beep, hiccup, zoom, bang, splash, buzz, hiss, crash, cuckoo, boom, zap, brrr, psst | |
| Machine sounds: honk, beep-beep, vroom, brum | |
| Language | Onomatopoeia differs by language. For example, the sound of a clock is tick tock in English, tic tac in Spanish and Italian, dī dā in Mandarin, kachi kachi in Japanese, and ṭik-ṭik in Hindi, Urdu, and Bengali. |
| Other | Verba dicendi ('words of saying') are a method of integrating onomatopoeic words and ideophones into grammar. |
| An onomatopoeic effect can also be produced in a phrase or word string with the help of alliteration and consonance alone, without using any onomatopoeic words. |
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What You'll Learn
- Onomatopoeia: Words that imitate sounds, like 'meow' or 'beep'
- Synesthesia: The crossing of senses, like associating letters with colours
- Kiki/Bouba effect: Words that evoke shapes, like 'Kiki' for angular shapes
- Phonemes: The individual sounds that make up a word, like the 'p' in 'pid'
- Cross-category effects: Similarities in the sounds used to represent concepts across languages
Onomatopoeia: Words that imitate sounds, like 'meow' or 'beep'
Onomatopoeia is a word or a process of creating a word that phonetically imitates, resembles, or suggests the sound that it describes. In other words, onomatopoeia is a word that sounds like the sound it represents. For example, animal noises such as "oink", "meow", "roar", and "chirp", or other sounds like "beep" and "hiccup".
Onomatopoeia can differ by language. For example, the sound of a clock is expressed as "tick tock" in English, "tic tac" in Spanish and Italian, "dī dā" in Mandarin, "kachi kachi" in Japanese, and "ṭik-ṭik" in Hindi, Urdu, and Bengali. The word "onomatopoeia" comes from the Ancient Greek compound "onomatopoiía", which means 'name-making'. It is composed of the word "ónoma", meaning "name", and "poiéō", meaning "making".
Onomatopoeia is commonly used in comic strips and comic books, often being visually integrated into the images to emphasize the sound. For example, comic book artist Roy Crane added onomatopoeic words like "bam", "pow", and "wham" to his drawings. Onomatopoeia can also be used in poetry to achieve musical or incantatory effects, such as in Samuel Taylor Coleridge's "The Rime of the Ancient Mariner".
An onomatopoeic effect can also be produced in a phrase or word string with the help of alliteration and consonance alone, without using any onomatopoeic words. For example, in the phrase "furrow followed free", the words "followed" and "free" are not onomatopoeic, but in conjunction with "furrow", they reproduce the sound of ripples following in the wake of a speeding ship.
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Synesthesia: The crossing of senses, like associating letters with colours
Synesthesia is a phenomenon that involves the crossing of different senses. It is often associated with the perception of letters and numbers in colours, even though they are printed in black. For instance, a person with synesthesia may perceive the letter "A" as red or the number "5" as blue. This condition is not limited to visual and auditory sensations but can also involve other senses, such as taste or touch.
While synesthesia may be a unique experience for those who have it, it is more common than one might think. It is estimated that around 4% of people have some form of synesthesia, and it often runs in families. Some well-known figures, like Vladimir Nabokov and Duke Ellington, are believed to have had synesthesia.
The exact cause of synesthesia is still a subject of research for neuroscientists. It is believed to be related to increased structural connectivity and functional activation in certain brain regions. These regions are involved in processing sensory information, and in people with synesthesia, they may be more interconnected, leading to the blending of senses.
Synesthesia can manifest in various forms, and the most common type is grapheme-colour synesthesia, where letters, numbers, or symbols are associated with specific colours. Other types include auditory-tactile synesthesia, where sounds can evoke sensations of touch, and lexical-gustatory synesthesia, where words or sounds can trigger taste sensations.
While the experience of synesthesia can vary among individuals, it is generally considered a benign condition that does not interfere with daily life. In some cases, synesthetes (people with synesthesia) report enhanced memory, creativity, and sensory experiences due to their unique perception of the world. They may also develop unique associations and systems for organising information, which can be advantageous in certain fields.
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Kiki/Bouba effect: Words that evoke shapes, like 'Kiki' for angular shapes
The Kiki/Bouba effect is a phenomenon where people associate certain speech sounds with specific visual shapes. When presented with nonsense words, people tend to associate "bouba" with a rounded shape and "kiki" with a spiky or angular shape. This effect was first documented in the 1920s and has been consistently observed across a wide range of cultures and languages.
In experiments, participants from diverse linguistic backgrounds showed a strong preference for matching "bouba" with a rounded shape and "kiki" with a spiky one. This preference was observed in American college students, Tamil speakers in India, and speakers of various other languages. The effect is not limited to a specific age group, as even children as young as two and a half years old exhibit this preference.
Several hypotheses have been proposed to explain the Kiki/Bouba effect. One suggestion is that the association is related to the shape of the mouth when producing the sounds. Pronouncing "bouba" involves a more rounded mouth shape, while "kiki" requires a more taut and angular mouth position. Another hypothesis considers the proportion of vowels and consonants in the words, as well as their phonemic qualities.
The Kiki/Bouba effect has implications for our understanding of language evolution. It challenges the notion that object naming is entirely arbitrary and suggests that there may be a natural system or constraint that guides how we map sounds onto objects. This effect also provides insight into the potential evolutionary origins of language and the relationship between sound, form, and meaning.
Furthermore, the Kiki/Bouba effect is not limited to visual shapes and words but extends to other sensory modalities. For example, it has been found that specific speech sounds can represent visual or tactile properties of objects, such as their shape or size. This phenomenon is known as synaesthetic sound symbolism, where the mapping between form and meaning transcends sensory boundaries.
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Phonemes: The individual sounds that make up a word, like the 'p' in 'pid'
A phoneme is the smallest unit of speech that distinguishes one word (or word element) from another. For example, the 'p' in "tap" separates that word from "tab", "tag", and "tan".
Phonemes are abstract units of the phonetic system of a language that correspond to a set of similar speech sounds. For instance, the 'p' in "pat" and the 'f' in "fat" are two different phonemes.
The sounds represented by "c" and "b" are different phonemes, as in the words "cat" and "bat". Phonemes are often represented, when written, as a glyph (a character) enclosed within two forward-sloping slashes. So, for example, /k/ represents the phoneme or sound used in the beginning of the English language word "cat" (as opposed to, say, the /b/ of "bat").
Phonemes are studied under phonology, a branch of linguistics. All languages contain phonemes, and all spoken languages include both consonant and vowel phonemes. Sounds that are perceived as phonemes vary by language and dialect. For example, in Thai, the aspirated 'p' (pronounced with an accompanying puff of air) and unaspirated 'p' are distinguished from each other. In English, [n] and [ŋ] are separate phonemes since they distinguish words like "sin" from "sing". However, in some other languages, such as Spanish, [pan] and [paŋ] are merely interpreted as the same sound.
In some cases, the spelling of English does not strictly conform to its phonemes. For example, the words "knot", "nut", and "gnat", regardless of spelling, all share the consonant phonemes /n/ and /t/, differing only by their internal vowel phonemes: /ɒ/, /ʌ/, and /æ/, respectively.
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Cross-category effects: Similarities in the sounds used to represent concepts across languages
The traditional view in linguistics is that there is a completely arbitrary relationship between sound and meaning in a language. However, recent studies have found that certain sounds are used to represent specific concepts across different languages. This calls for a re-examination of the fundamental assumption of the arbitrariness of the sign.
For example, words for "tongue" tend to have the sounds "l" or "u", "round" often appears with "r", and "small" with "i". These similarities are not limited to related languages, and are found across thousands of languages. This phenomenon is known as cross-modal mapping or cross-modal iconicity, and it is believed to be a result of common neural coding across distinct sensory modalities.
Another example of cross-modal mapping is the association of body parts with certain sounds. For instance, "nose" is strongly associated with the alveolar nasal "n", and "breasts" with the bilabial nasal consonant "m". These associations may be due to the use of distinctive qualities provided by the relevant organ in phonation.
The fact that listeners are sensitive to cross-linguistic sound symbolism enables them to match unfamiliar foreign words to their correct meanings at rates above chance. This suggests that sound-to-meaning mappings may display consistency across languages, allowing native speakers of one language to infer the meaning of words in another language. This has implications for foreign word learning and provides evidence for the sound symbolism bootstrapping hypothesis, which claims that sound symbolism helps infants and toddlers associate speech sounds with their referents and establish a lexical representation.
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Frequently asked questions
A sound word, or onomatopoeia, is a word that imitates the sound of the noise or action it describes, such as "beep", "meow", or "crash".
Onomatopoeias vary across languages, as the same sound can be expressed through different phonetic strings. For example, the sound of a clock is tick tock in English, tic tac in Spanish and Italian, dī dā in Mandarin, kachi kachi in Japanese, and ṭik-ṭik in Hindi, Urdu, and Bengali.
The relationship between the sound of a word and its meaning is arbitrary. That is, the sounds that make up a word are unrelated to its meaning. For example, there is nothing about the combination of letters and sounds in the word "corn" that is inherently corn-like. However, there are some exceptions to the arbitrariness principle, including onomatopoeia.
Phonemes are the individual sounds that make up a word. For example, the word "arc" is one syllable but has three phonemes.
