ZO Etude One
This piece exemplifies my exploration of small patches useful for live performance. There are no chance (aleatoric) elements; all changes are performed manually during the recording. It is an improvisation, … Read More
This piece exemplifies my exploration of small patches useful for live performance. There are no chance (aleatoric) elements; all changes are performed manually during the recording. It is an improvisation, … Read More
Here is another solfeggio drone. There are many combinations to explore. This one has 741, 417, and 82 Hz. These are approximate frequencies. I keep using the same patch that … Read More
Exploring the solfeggio frequencies with part of the patch used for the 528 Hz Drone, I came up with one that combines 852 Hz with 285 Hz, plus 852/12 = … Read More
I was looking back at my West Coast Box project and wanted to try an update using modules I’ve built recently. This uses both J. Haible Trapezoid VCAs, the ZerOscillator, … Read More
A demonstration of running audio through a sample and hold. The input to the Oakley S&H comes from a little bell patch. (The Limit control is set to zero, since … Read More
A short demonstration of putting a VCA on the input to the CGS Wave Multiplier. The triangle wave from a MOTM-300 VCO is patched through a J. Haible Trapezoid VCA … Read More
I ran across some stuff on the internet about 528 Hz and other solfeggio tones. Is it just New Age mumbo-jumbo? Who knows? I made a patch using one MOTM-300 … Read More
A study in patches suitable for live performance, using the CGS Super Psycho LFO, Fritz Teezer VCO, Synthesis Technology Morphing Terrarium VCO, two CGS Serge VCS, two Flight of Harmony … Read More
I spent a little more time evaluating Noatikl. For this piece I added a pair of MOTM-440 lowpass filters, each with an envelope from a MOTM-800 envelope generator. So we … Read More
This patch demonstrates the use of the Synthesis Technology Morphing Terrarium VCO (MT) as a complex LFO. The MT is set to the lowest range and adjusted manually. Its XY … Read More