Tag: song

Posted in Psychology & Medicine

Frisson

Posted on by Jinavie

Have you ever listened to a song or watched a scene in a movie where you suddenly feel a chill run through your body, giving you goosebumps? This is a well-recognised phenomenon called frisson (“shiver” in French). Frisson is colloquially known as “the chills”, thrills, goosebumps, or “skin orgasm”.

Frisson is described as a rapid, intense wave of pleasure, accompanied by tingling and chills spreading through your skin. It is typically triggered by an unexpected, sudden change in the dynamic of a musical piece. This may include a change in loudness, pitch, melody, unexpected harmonies or an appoggiatura in the melody, where there is an accentuated note that does not fit in the chord, creating a clash. If a person is emotionally connected to the piece, such as having a fond memory associated with it, the intensity of frisson is heightened.

Scientifically speaking, frisson is the combination of the reward centre in your brain releasing dopamine, plus the activation of your autonomic nervous system. This results in pupil dilation, piloerection (goosebumps) and increased electrical conductance of your skin, similar to when you have an adrenaline rush.

It is likely the result of your brain being confused by an unexpected change from the predicted progression of the music, causing a strange blend between the pleasure of surprise and fear of the uncertain.

Not everyone experiences frisson. Studies show that around 55-85% of the population have felt frisson before. One study showed that those with the personality trait “openness to experience” have a higher chance of feeling frisson. These people tend to have more intense emotions, active imaginations and are intellectually curious. One possible explanation for why these characteristics allow for frisson is that you need to be in tune with your emotions and the present to appreciate the subtle but sudden dynamic changes that result in frisson.

The potential joy of feeling frisson is yet another benefit of being mindful of your emotions and the present.

(Here’s a video of something that gives me frisson every time I watch it.)

Posted in History & Literature

The Devil’s Interval

Posted on by Jinavie

(See below NB for a simple guide to musical notes and tones)

In music, depending on what notes you use in a single chord, you can produce beautiful harmonies as the tones complement each other. The opposite of this is called dissonance and it results in a harsh, unpleasant sound. A famous example of this is a tritone – a chord made from two notes exactly three whole tones apart. In a standard C major diatonic scale (which doesn’t involve any flats or sharps), there is only one tritone per octave: F and B. But on the chromatic scale (all keys), any number of tritones are possible.

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Historically, the tritone has been the black sheep of music theory due to its dissonance crashing any harmony of a song and being difficult to sing. It sticks out like a sore thumb among the sea of beautiful harmonies that other tones make. The tritone was hated so much so that it was named diabolus in musica (“the devil in music”) or the devil’s interval since the Middle Ages, even being banned in the production of music prior to the Renaissance. To this day, the tritone is suggested as an “evil”, “scary” sound.

Over time, composers worked around the tritone until they realised that thanks to the connotations, the tritone was a useful way to express “evil” in a musical way. The cultural association was exploited freely in works such as Franz Liszt’s Dante Sonata, where the tritone is used to depict Hell. The association is found in modern music as well to produce an unsettling feeling, such as the opening notes of Jimi Hendrix’s Purple Haze. The tritone is a common feature of heavy metal bands such as Black Sabbath.

Even though these songs use the devil’s interval, they are not at all inferior to “normal” major scale music. They are still beautiful in their own, interesting way. Perhaps the notion of good and evil have no place in judging whether something is beautiful or not.

NB: Musical tones are noted using the alphabet: C, D, E, F, G, A and B, with a flat(b) to denote a semitone lower, or a sharp(#) to denote a semitone higher. This is easy to visualise on a piano keyboard, where a single tone interval involves a white key, a black key in between and another white key. The interval between a white key and a black key is a semitone.

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(Image: Portion of Hieronymus Bosch’s The Garden of Earthly Delights depicting musicians’ hell)

Posted in History & Literature

Earworm

Posted on by Jinavie

Everyone experiences the phenomenon of a tune being “stuck” in one’s head. This is when an addictive song or piece of music seems to play over and over in someone’s mind even when they are desperately trying to forget it. The Germans call this phenomenon ohrwurm, which translates into “earworm”. 

Having an earworm is not necessarily a pleasant thing, as the person with it may become irritated or agitated by the piece of music. It has been noted that the condition is much more common in people with obsessive-compulsive disorder (OCD), suggesting that earworms may be caused by the brain subconsciously obsessing over the piece of music. 

Because it is so common and addictive, earworms are extensively used in marketing in the form of hooks – music designed to stick in people’s heads. By associating the hook with the marketed brand or product, people cannot stop thinking about it and this subconsciously affects their buying habits.

The concept of earworms is also popular in literature, where authors become creative and explore the “potential” of an earworm. For example, Arthur C. Clarke wrote a short story titled The Ultimate Melody where a scientist invents a melody that compels the brain to become enraptured by it through synchronising with brainwave patterns. Interestingly, the scientist creates the melody simply to escape the barrage of pop music filled with hooks and catchy tunes. Ultimately, he is found catatonic as the melody completely takes over his mind.

Posted in History & Literature

Karaoke

Posted on by Jinavie

Karaoke are entertainment machines that play music without the vocal track, so that users can sing along to the song (where lyrics are usually put up on a screen also). It is a great addition to any party and is found in almost every city nowadays, especially in Asia.

The word karaoke means “fake orchestra” in Japanese, and this is linked to the story of its inception. A musician/entertainer by the name of Daisuke Inoue was often approached by patrons at cafés he played in, asking him to record his tracks so that they could play it anywhere. That, along with his laziness, led him to devise a machine that played pre-recorded tracks when coins were inserted, thus removing the need for an actual band to be present. This idea became instantly popular, and he loaned karaoke machines to businesses, updating the song database himself so that users did not have to purchase new songs every time they came out. 
He was awarded the prestigious Ig Nobel Peace Prize for inventing the karaoke, “thereby providing an entirely new way for people to learn to tolerate each other”.

Posted in Science & Nature

Cricket

Posted on by Jinavie

The sound of crickets in the autumn night is quite inspiring. Only male crickets can make this clear and beautiful sound, by rubbing their serrated wings against each other.

There are four kinds of cricket chirps: an attracting song (for females), a courting song (when a female is near), an aggressive song (when a male is near) and a copulatory song (after a successful mating). Each song is played at a different volume and pitch.

As all insects are cold-blooded, they are heavily affected by temperature. In the case of crickets, this is reflected in the frequency of chirps, which increases proportionately to the temperature. Using this, one can calculate the air temperature from the number of chirps a Snowy Tree cricket makes (count the number of chirps in 14 seconds plus 40 to get the temperature in Fahrenheit).

Finally, cricket chirps cannot be heard via cellphones. This is because a cricket chirp is usually around 6500Hz frequency, while most cellphones operate at a maximum of 3300Hz.