Donald In Mathmagic Land


(Youtube Direktdonald)


(Youtube Direktmathe)


(Youtube Direktdisney)

Da stolpert man über einen Ausschnitt aus Walt Disneys Serie „Wonderful World of Color“, in dem die Animatronics aus dem Enchanted Tiki Room in Disneyworld erklärt werden (via Retroist), was ein paar sehr schöne Retrotech-Szenen ergibt, da findet man in den related Videos den absoluten Wahnsinn: Donald In Mathmagic Land. 27 Minuten, in denen ein Erzähler aus dem Off Donald Duck die Geheimnisse der Mathematik erklärt und vor allem das erste der drei Videos ist ein einziger Mindfuck, da erklärt man erstmal die Zusammenhänge von Musik und Mathe, von dort geht es weiter zum Goldenen Schnitt und seine Manifestierungen in Natur, Kunst und Architektur. All das mit Donald Duck von Walt Disney. Hach, Internet – wunderbar! Snip von Youtube:

Donald in Mathmagic Land is a Donald Duck featurette which was released on June 26, 1959. It was directed by Hamilton Luske and is 27 minutes in length. Many people collaborated on this project, including Disney artists John Hench and Art Riley, voice talent Paul Frees, and scientific expert Heinz Haber, who had worked on the Disney space shows. This featurette was originally released on a bill with Darby O'Gill and the Little People. In 1959, it was nominated for an Academy Award (Best Documentary - Short Subjects). In 1961, two years after its release, it had the honor of being introduced by Ludwig Von Drake and shown on the first program of Walt Disney's Wonderful World of Color. The film was made available to schools and became one of the most popular educational films ever made by Disney. As Walt Disney explained, "The cartoon is a good medium to stimulate interest. We have recently explained mathematics in a film and in that way excited public interest in this very important subject."

Despite this being a mathematics educational film, a character incorrectly recites the value of the mathematical constant pi. The character states, "Pi is equal to 3.141592653589747, et cetera, et cetera, et cetera." The correct value of pi (to the same amount of digits) is actually 3.141592653589793.