Adolphe Sax, Inventor of the Saxophone
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Re: Adolphe Sax, Inventor of the Saxophone
#2Re: Adolphe Sax, Inventor of the Saxophone
#3Re: Adolphe Sax, Inventor of the Saxophone
#4A cylinder open on one end (clarinet) only supports odd harmonics, which is why a clarinet sounds "rounded" and overblows into a twelfth, rather than an octave (as on former two).
Re: Adolphe Sax, Inventor of the Saxophone
#5Re: Adolphe Sax, Inventor of the Saxophone
#6Fun fact: a cone open on one end (saxophone) supports all harmonics, as does a cylinder open on both ends (flute). A cylinder open on one end (clarinet) only supports odd harmonics, which is why a clarinet sounds "rounded" and overblows into a twelfth, rather than an octave (as on former two).
Re: Adolphe Sax, Inventor of the Saxophone
#7What I love about this article is that it shows how much work used to go into 'designing a sound', something that we do today with synthesizers by the tweak of some buttons. That used to require a ton of craftsmanship and knowledge as well as the collaboration with others such as composers.
Re: Adolphe Sax, Inventor of the Saxophone
#8Re: Adolphe Sax, Inventor of the Saxophone
#9Fun fact: a cone open on one end (saxophone) supports all harmonics, as does a cylinder open on both ends (flute). A cylinder open on one end (clarinet) only supports odd harmonics, which is why a clarinet sounds "rounded" and overblows into a twelfth, rather than an octave (as on former two).
Also makes it stupid difficult to do clean sounding smooth octave jumps on a clarinet.
And it isn't just a Martin Fröst thing. I played recently with Christoffer Sundqvist, Emil jonasson and Harri Mäki (as well as with Fröst on several occasions) and they all did crazy big-jump-gymnastics that put every other instrument to shame.
My theory is that the sparse overtones makes it _easier_ once you have the kind of control these people have.
Re: Adolphe Sax, Inventor of the Saxophone
#10Fun fact: a cone open on one end (saxophone) supports all harmonics, as does a cylinder open on both ends (flute). A cylinder open on one end (clarinet) only supports odd harmonics, which is why a clarinet sounds "rounded" and overblows into a twelfth, rather than an octave (as on former two).
Oboe's sound is pliable, thanks to the double reed, player's embouchure, and the richer spectrum of the conical bore. On the other hand, clarinet's sound is more robust, but somewhat limited by the straight cylindrical bore. Marrying these two resulted in a robust yet richer sound. Let alone using brass for the body no need to worry so much about cracks and temperature swings. Perfect for outdoor performances!
Wish I've known these similarities back in the day ..., would've saved us lots of effort trying to blend in oboe sound into a 'cool' band - sax was all it needed! Oh, well, experimentation was fun still ...