In his newest blog post, Paul Virostek of Creative Field Recording examines an interesting question: If we’re able to recolorize black and white films, can we do the same with audio? The article discusses unique techniques and tools like visual microphones, which transcend regular audio restoration and offer the possibility of creating audio that would have been present in the original visuals. Check out the post here.
Tim Prebble’s modular
The first time I saw a modular synth, I was taken aback by the massive nest of patching cables, seemingly flying off in all directions and connecting various devices with countless knobs and flashing lights, somehow creating all kinds of strange sounds. Coming up in a mostly digital world, such a mass of wiring was somewhat foreign to me. Sure, I had put together studios before, but those kinds of wiring setups were far more linear, at least as far as I was concerned. While I had spent a lot of time with Propellerhead’s Reason, virtually patching together all kinds of sound modules, I couldn’t even begin to compare it to the sight of a rack of analog modular hardware. However, I finally got to sit behind a modular at the NAMM show in Anaheim, California last year, and after just a few moments of fiddling, I was hooked.
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I was born in England in 1988. Some of my earliest memories involve old BBC and Mac computers. I grew up listening to CDs, MiniDisks, playing “Duck Hunt” on my sister’s NES. The dial-up modem sounds are imprinted on my memory. I recall my father ordering books from Amazon.com back when that’s all Amazon sold. In my teen years I assembled my own computer to save money and grew to appreciate the inner workings of a computer. What I’m trying to say is, I’m an early product of the digital age, it’s all I’ve known.
Want to see something that’ll mess with your head?
Now, you may not have noticed anything all that strange watching the video, but mute the sound and watch it again. After that, close your eyes and listen to just the audio. Notice anything strange now? You’ve just witnessed one of the more interesting perceptual illusions, the McGurk effect.
The Philips Pavilion, based on hyperbolic paraboloids originally used in Metastaseis musical piece by Iannis Xenakis
“Sound is a spatial event, a material phenomenon and an auditive experience rolled into one. It can be described using the vectors of distance, direction and location. Within architecture, every built space can modify, position, reflect or reverberate the sounds that occur there. Sound embraces and transcends the spaces in which it occurs, opening up a consummate context for the listener: the acoustic source and its surroundings unite into a unique auditory experience.”
The spatial metaphor
Over the years, the relationship and analogy between music/sound art/sound design and architecture has been explored in several aspects. In the same way architecture works over the solid materials, visual spaces, geometry, abstract realities or social contexts, it does over the aural realities, the sonic dimension. When it comes to space, sound can be valued in an architectural process, just as architecture is also sonic.
Although when it comes to music, there has been a discussion on the validity of the analogy between the musical space and that of architecture, and there’s also some way of relating both concepts in the role of sound design, since it doesn’t rely in a fixed language as some music is, and it’s always open to the contexts in which it evolves or in which it is developed, such as a film. Space in terms of sound design is immensely important, both in terms of the visual/outer spaces projected in a particular audiovisual medium, but also in the inner, abstract or invisible faculties of a piece like a film or a videogame, thus introducing the possibility of creating architecture with aural elements in the same way the visual aspect creates its own spaces and objects.