4/2/24

razutis july 2023 visit

First visit to meet al razutis on saturna island in July of 2023. 

Itinerary

Sunday July 2nd

915am Ferry Mainland to Pender arrive 1120am

Spend half day on Pender and drop-off dog

515pm Aqualink to Saturna arrive 5:45pm ($21 each)


SPEND NIGHT SATURNA


Monday July 3rd 

Spend morning and early afternoon Saturna with Al documenting studio and interview

425pm Walk-on ferry to Pender arrive 6:50pm ($12 each)






I recorded most of the conversations we had that day with the intention to publish an interview but it grew to be something else: Gravity wins, Entropy rules


The following is a simple excerpt from that several hour long recording


START OF Al 2.m4a ( Begins @ 7 mins)


Felix: The holograms, they don’t last forever right?


Al: No. Some of them disintegrated predictably over time. It depends. If you have a dichromated emulsion like the green one over there. That’s ammonium dichromate which cannot touch water. If it does — if there’s a little crack in the glass and the water seeps in — it will start to erase progressively, you know. It’ll become a blank plate. And you’ll watch it overtime do that and you can’t stop it.


F: It's not an archival process?


A: No. 


F: So archiving these things is important also because these works are always changing over time. 


A: I’m gonna have to fire up the laser for you tomorrow. You know because you should take a look at the transmission holograms. Their resolution exceeds that [the reflection]


F: Transmission hologram is a hologram that needs to be lit with a laser from behind?


A: Mhm. the light is transmitted through the hologram. And the photons are refracted. The reflection holograms here are done in such a way that the emulsion acts as a filter — both for colour — and it filters out all the other wavelengths that would contribute to blurring the image. It acts as a complex mirror full of light. The transmission hologram acts like a complex lens. 


F: that’s a really good analogy that I didn’t encounter while reading about these things. A mirror vs. a lens.


A: Same laws of refraction and diffraction apply. For mirrors and lenses.



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