Traditional / experimental practice

Anatomy of Sound · The First Vibration

A single sine wave: one frequency and no overtones at all. First 220 Hz; then it gives way to 440 Hz an octave higher, next to 110 Hz two octaves lower, and returns to 220 Hz at the end. A sound's pitch is set by its frequency: twice the frequency is an octave higher. A listening practice with no claim of any effect.

6 minNo headphones neededEvidence level S: Soundscape, no claim

Liner notes

Body: Cluster drone · 110 and 220 Hz
What do you hear?: even · dark · tonal

3 layers, one sound engine; generated on this device every time it plays.

How is this sound made?

Cluster drone−19 dB
Cluster drone · A3 (440 Hz tuning), 1 oscillators
Cluster drone−60 dB
Cluster drone · A3 (440 Hz tuning), 1 oscillators
Cluster drone−60 dB
Cluster drone · A2 (440 Hz tuning), 1 oscillators

Reverb: room, 12% mix

In the room you can listen to each layer on its own, change its settings and save it as your own recipe.

Sound is generated on this device in real time; no files are downloaded from a server. There is a 10 s fade-in at the start and a 0 min fade-out at the end.

Compare with another sound

Hear both at the same loudness; drag the slider to the middle and they blend.

These two sounds can't share one recipe (different tuning or effects): listen to the samples one after the other.

B: neighbours on the map

Another sound

What do we know, what don't we know?

S · Soundscape, no claim

No health or mental-effect claim at all; it is simply a soundscape.

This session isn't linked to any claim of effect.

A session's level is the weakest of its linked claims; it is never raised by a strong but unrelated claim.

Its neighbours on the map

The five sounds closest to this one by measured sound features.

See on the map

Keep your device volume comfortable, preferably below 60%. You can also use your device's headphone-safety settings.