Stand up and do the Wave!

In the green book, Arie Altena writes on “art” projects by Thomas McIntosh and Roman Kirschner. McIntosh’s project Ondulation in which the invisible is once again rendered visible “consists of a basin filled with 2,000 litres of water, which is gently made to move by sound coming from speakers installed underneath. A pattern of waves arises on the surface of the water. Beams of light trained on it reflect this pattern onto a projection screen on the wall.” I must say that I had to laugh when Altena expresses his exasperation at “visitors who cannot resist tapping on the glass of the basin to create new waves. The piece was not designed for such interaction.” Who are these pretentious mortals who deign interfere with the unfolding of the divine plan?

The thing I find most captivating about McIntosh’s demonstration is that it made me think about vibration not only as an interactive process but as a potentially adaptative and evolutive one: as one adds waves, the interaction changes, i.e. becomes complexified and takes on new patterns that stabilise with time until disrupted either by new audio waves (or pesky humans). These new patterns may be more or less beautiful, more or less complex in appearance, but they demonstrate that with each and every new wave that is foisted onto the system, the overall pattern of the reflection changes into something else. Cool!

But isn’t this also the way affect works? Doesn’t every interaction beget a new affective outcome? Could this be called the montage effect of affect? (WW Eisenstein S?) Except that in the case of real-world, open-system affect, the montage effect happens not as a result of two already existing affects, but is infolded into a pluri-multitude of already-there affects that have undergone an infinite process of recursive interaction with each other. Ow!

The second thing I found interesting about McIntosh’s demonstration is that in thinking about vibration as an interactive “evolutive” process it made me think of vibrations of another sort, at another durational level. If we break matter down, we inevitably come to find that the more it is broken down, the less particular material there is to constitute it. There comes a point where the particles are so broken down that we end up with wave functions which amount to no certainty of there being anything anywhere to form what we usually constitute and conceive as matter. One is left with a conceptual ideation of the possibility of something (whatever) coming into being that somehow ends up becoming being―within this vibratory interactivity of waves and wave functions, the interaction yields a standing wave that constitutes the resonance of being. I know that this is a shaky argument, but I think that this thinking of vibratory interaction can also be applied to thinking about affect metaphorically as a wave pattern constituted in turn by other waves.

The third thing I found interesting about McIntosh’s demonstration is that in the creation of the projecterd wave patterns we could see areas of intensifications of darkness and lightness with areas of gradation in between. What jumps out at me is that in considering rhythms we tend to think of them as discrete individuated binary constructions: black and white dualities (toc, interval, toc, interval, toc, interval, etc) when in fact there is attack and decay to the incipiencies of both decay and attack themselves and to the intensifications as well. The philosophy of process cannot think in terms of entities without always keeping two things in mind: that no thing is static and that nothing is static. If you is, you is in “changement”. Being of any kind is never static, even in the standing wave that is the duration of whatever entity. And in its predestined and unavoidable interaction with any and all other entities, the individual entity is part of one quaking, shaking, vibrating entity of being.

In his article, Altena also mentions the “art” work of Roman Kirschner. The object consists of an electrolytic ferric chloride solution in which iron wires subjected to low electrical currents are suspended. Over time, crystals begin to form and grow from the suspended “electrodes” and as the voltage running through the wire-crystal-electrolytic solution changes as a result of the altered conductivity due to changes in concentration in the electrolyte as the crystals grow, the differences are fed into a computer, applied onto a 4/4 pulse and converted into sound. Wah! Wah!

Apart from the making process audible and visible, what drew my attention was the question of the form coming into being―the pretence of the hylemorphic. Other than flicking on the current, what induces the crystal to form out of the solution? If I have a jar of potential happening, what is it that I need to make being come to be? I’d put the jumper cables on that question and gun the engine no problem!