Artikels
Jaap Vink's Multiplied Feedback In Memoriam Rob HordijkMeantone TemperamentsMother of all Artificial ReverberationsFootages vs HarmonicsThe Time MachineMixturesApollo III Carillon ComputerIntroduction DX7!The FM Synthesis of a Carillon BellAcoustic musical instruments, a concise sonological explorationVirtual Reed OrganWerner Kaegi's VOSIM Multiple identities of the simple S&H PLL synthSynthesizer SingsSounds with SoulThe complexity of timbre Serendipity, Pitch TrackerFrom Ring Modulator to MultiplierResonance Strings Reverb FXAll Pass, fexible FX tool: vibrato, leslie, phasing, delayAbout sine wave, formants, vowels, consonants and overtone singingThe Ondes MartenotBack to Old School SequencingPlucked StringModal Synthesis: Virtual Mallet Instruments Tone BendingThe automatic chimeGranular SynthesisPercussion InstrumentsFoSyn OscillatorFeedback, the interaction in Physical ModelsA cyber musician, a bow and stringAn other view at filtersDoppler PannerElectronic OrganWind Brass InstrumentsDeceptive OvertonesThe Ondes Martenot
As a frail mademoiselle she strides gracefully and lasciviously from one tone to another. With an elegance and sensuality you had never heard of an electronic instrument. Timeless as a Citroën DS she waves through the music, lusty and vibrating: Ondes Martenot! That such simple waveforms can sound so beautiful is not at all dependent on those waveforms. No, it's because of the subtle changes of frequency and amplitude of those waveforms. Immediately molded by the musician this creates an unprecedented expression. Linked to a harmonic spectrum that remains static are the typical sound characteristics of the Ondes Martenot.the-ondes-martenot.pdf
ondes-martenot.pdf
ondes-martenot-golfvormen-en-harmonischen.jpg
ondes-martenot-schema.jpg
ondesdinterface.jpg
demondes.pch2
ondesdinterface.pch2
ondes-martenot.mp3
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