Die Lebensfreude is a pioneering piece of music composed with the aid of an amoeba-like plasmodial slime mold called physarum polycephalum.
The composition is for an ensemble of five instruments (flute, clarinet, violin, cello and piano) and six channels of electronically synthesized sounds. The instrumental parts and the synthesized sounds are musifications and sonifications, respectively, of a multi-agent based simulation of physarum foraging for food.
Physarum polycephalum inhabits cool, moist, shaded areas over decaying plant matter, and it eats nutrients such as oat flakes, bacteria, and dead organic matter. It is a biological computing substrate, and has been enjoying much popularity within the unconventional computing research community for its astonishing computational properties.
When Mendelssohn Bartholdy was 13 a family trip to Switzerland afforded his first opportunity to devote himself to drawing; subsequently a sketch book was always an indispensable part of his holiday luggage.
Soon the prodigy’s musical career precluded other artistic activities, but after the death of his beloved sister Fanny when he was 38 he returned to Switzerland and completed a remarkable series of watercolors. These were among his final creative activities; he died in November of that year.
This according to the preface by Margaret Crum for Felix Mendelssohn Bartholdy (Oxford: Bodleian Library, 1972), which reproduces items from the Bodleian Library’s collection.
Above, Mendelssohn Bartholdy’s depiction of Lucerne in July 1847; below, Piero Bellugi conducts the final movements of his sixth string symphony, written around the time he first started drawing.
Further eighteenth-century versions appear in other collections, and in the nineteenth century others, always with the same stock chorus but differing in other particulars, emerged in blackface minstrelsy. A version from a 1917 book of soldiers’ songs produced in London gives the first direct predecessor of the modern version, with a similar tune for the chorus and an identification of the farmer as “Old MacDougal”; it also explains the nonsensical “ee-i-ee-i-o”—Old MacDougal’s farm was “in O-hi-o-hi-o.”
This according to “Farmyard cacaphonies: Three centuries of a popular song” by Vic Gammon (Folk music journal XI/1, pp. 42-72). Above, D’Urfey, who claimed—perhaps unreliably—to have written the original song. Below, Sesame Street’s justly neglected Old MacDonald cantata.
In 1996 Mira Omerzel-Terlep reported that a bone fragment excavated at the Divje Babe I cave site in Slovenia is considered to be the oldest man-made flute, dating from 45,000 years ago (“Koščene piščali: Pričetek slovenske, evropske in svetovne inštrumentalne glasbene zgodovine” [Bone whistles: Origins of the Slovenian, European, and world history of instrumental music], Etnolog: Glasnik Slovenskega Etnografskega Muzeja/Bulletin of the Slovene Ethnographic Museum VI, pp. 235–294). Further studies sought to demonstrate that the fragment had originally belonged to an instrument capable of producing a diatonic scale.
Other researchers were skeptical, though, and in 1998 Paola Villa et al. tried to put the speculation to rest, showing that the holes in the bone were the results of gnawing by animals (“A Middle Paleolithic origin of music? Using cave-bear bone accumulations to assess the Divje Babe I bone ‘flute’”, Antiquity LXXII/275 [March], pp. 65–79).
The argument has not abated. In 2002 a pair of essays staking out the opposing camps was issued in Archäologie früher Klangerzeugung und Tonordnung/The archaeology of sound origin and organization; Musikarchäologie in der Ägäis und Anatolien/Music archaeology in the Aegean and Anatolia (Rahden: Leidorf); April Nowell states that the results of taphonomic testing offered no viable proof that the bone fragment was an instrument (“Is a cave bear bone from Divje Babe, Slovenia, a Neanderthal flute?” pp. 69–81) while Robert Fink presents research supports the theory that it was (“The Neanderthal flute and origin of the scale: Fang or flint? A response” pp. 83–87).
More recently, an exhaustive study by Cajus G. Diedrich of Paleo-Logic, Independent Institute of Geosciences, ends with the conclusion that “The ‘cave bear cub femora with holes’ are, in all cases, neither instruments nor human made at all” (Royal Society Open Science, 2 : 140022; the paper can be read in full here).
Still, the controversy is alive and thriving on the Internet.
Below, Ljuben Dimkaroski performs on a reconstruction of the alleged original bone flute.
The vocalizations of the pied butcherbird (Cracticus nigrogularis) include calls (e.g., food begging [above], alarms, cat scolding), calls incorporated into songs, and pure songs. The latter category may include melismas, ostinatos, transpositions, inversions, variations, and rhythmic effects such as additive and divisive patterns.
Cultural manifestations include duets, antiphonal and canonic effects, and unisons. They also mimic other birds and unexpected sources such as dogs, cats, humans, and machines.
Béla Bartók is renowned as one of the twentieth century’s greatest composers and as one of the founders of ethnomusicology. Less known is his love of animals, particularly his fascination with insects.
When he was a child he bred silkworms, and later he systematically collected insects, assembling a beautiful assortment. His son Béla Jr. recalled helping him with this hobby. “The most important instruction that he gave…was that no pain whatsoever was to be inflicted on the animals. And so he always took the appropriate drug with him on his insect-collecting expeditions. The insects, therefore, died and came into his collection without any suffering.”
This according to “The private man” by Béla Bartók, Jr. (as translated by Judit Rácz), which is included in The Bartók companion (London: Faber & Faber, 1993).
Today is Bartók’s 130th birthday! Above, a watercolor caricature of him as an insect enthusiast by his cousin Ervin Voit. Below, Zoltán Kocsis plays his “Mese a kis légyrõl” (From the diary of a fly, Mikrokosmos, BB 105, Sz. 107, VI/142).
Houqi (waiting for qi) was a technique employed by Chinese authorities in the fourteenth century to determine the onset of spring by measuring the emanations of qi, the active principal of life. A set of standard pitchpipes, each corresponding to a specific calendar period, was filled with ashes and buried in a sealed chamber; when the sun entered the second two-week period of a given month the seminal force of qi was supposed to rise and expel the ashes from the pipe that matched the calendar period.
Unfortunately, the method failed to produce the desired results, and a great deal of discussion over the millennia as to what kind of soil to use, where to place the pitchpipes, and so on, failed to improve it. Ultimately the great music theorist Zhu Zaiyu (朱載堉, 1536–1611) criticized houqi as a poor example of scientific method.
This according to “Origins of the controversy over the houqi method (候气法疑案之发端)” by Tang Jikai (唐继凯) in Jiaoxiang: Journal of Xi’an Conservatory of Music (交响：西安音乐学院学报), vol. 22, no. 3:101 (fall 2003), pp. 27–31. Above, a calligrapher’s rendition of the Chinese character for qi.
Along with its wide-ranging discussions of theoretical topics, the 1650 treatise Musurgia universalisby the German Jesuit polymath Athanasius Kircher (1602–1680) includes what may be the first transcriptions of bird songs.
The illustration gives the nightingale’s song followed by those of the chicken, the cuckoo, the quail, and the parrot; the latter says χαίρε (“hello”). Vox cuculi is notated as the familiar falling minor third heard in cuckoo clocks (see below).
A facsimile edition of the treatise has been issued by Georg Olms (Hildesheim, 1970; reprinted 2006).
“Spatial performance as a function of early music exposure in rats” (Third triennial ESCOM conference: Proceedings [Uppsala: Uppsala Universitet, 1997], pp. 688–694) reports on an experiment in which 90 rats were randomly assigned to one of three groups: The Mozart group (30 rats) was exposed to a Mozart piano sonata 12 hours a day for 21 days in utero and 60 days after birth. The Glass and White Noise groups were similarly exposed to the music of Philip Glass or to white noise. The rats’ spatial performance in a 12-unit T maze was then assessed; the Mozart-bred animals ran significantly faster and made significantly fewer errors than the Glass-bred or white noise-bred animals.
“Spatial performance as a function of early music exposure in rats” (Third triennial ESCOM conference: Proceedings [Uppsala: Uppsala Universitet, 1997], pp. 688–694) reports on an experiment in which 90 rats were randomly assigned to one of three groups: The Mozart group (30 rats) was exposed to a Mozart sonata for 12 hours a day—21 days in utero and 60 days after birth. The Glass and White Noise groups were similarly exposed to the music of Philip Glass or to white noise. The rats’ spatial performance in a 12-unit T maze was then assessed, and the Mozart-bred animals ran significantly faster and made significantly fewer errors than the Glass-bred or white noise-bred animals.
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