The Quantum Hall Effects - impulse responses from nanospace for convolution reverb

After many years of fundamental research in cooperation with the Kamerlingh Onnes Laboratory (Leiden Institute of Physics) the ISM studio proudly presents 'the sound of nanospace'. It's all about levels of magnification and breaking down the wall between analog and digital sound. Quantum hall fx are nothing less than a PARADIGM SHIFT in the perception of time and space.

Hear samples - IR only, no other fx used

von klitzing effect 4.mp3
superconductive plate 4.mp3
quantized timespace 1.mp3
nano resonance 6 var 1.mp3
nano resonance 6 var 2.mp3
phonon blast 7.mp3
phonon choir 1.mp3
phonon choir 6.mp3
phonon choir 9.mp3

Download Impulse Responses

DUBBHISM IR Quantum Hall FX.rar

SORRY FOLKS, BECAUSE OF HEAVY DOWNOADING WE HAVE TO CLOSE THIS LINK FOR A WHILE

More impulse responses over here

Info

sample size: 24 bit
sample rate: 44 kHz
audio format: wav
channels: mono
rar archive file size: 27.1 Mb
10 different stereo fx: emergent gate, nano resonance, nano room, phase space, phonon blast, phonon choir, quantized timespace, quantum hall, superconductive plate, von klitzing effect

The theory

As you may know the Leiden Institute of Physics has quite a history when it comes to superconductivity research. After all it was Heike Kamerlingh Onnes who discovered this amazing phenomenon right here in Leiden in 1911. But it was Klaus von Klitzing who discovered the Quantum Hall Effect in 1980.

Basically this effect occurs in nanospace at extremely low temperatures. Under these circumstances the borderline between digital and analog sound breaks down because sound becomes a cloud of tiny individual phonons moving in a certain direction. Just like light can be thought of as a cloud or a beam of photons.

But what's even better: the sonic properties of phonons are very interesting and usefull for dub! For the creation of these impulse responses individual phonons were captured live using scanning probe microscopy and spectroscopy. Just listen to the examples and you will have to agree. Quantized analog warmth is a reality!

Update: From the nano lab ~ The Micronium piano