Hydraulophone: Water Jet/Fountain/Underwater MIDI Keyboard Instruments

Steve Mann, Chris Aimone, et al of the University of Toronto have developed a system for using streams of water to play a musical instrument. They describe the results in theoretical terms for the academic community, referring to ancient Greek water organs and the ability to have greater tactile feedback than other alternative instruments. But let’s get to the bottom line: this is a fun water toy that is not only tactile, but wet. You can play the instrument by manipulating streams of water directly:

The “FUNtain” (hydraulophone) is an interactive multimedia fountain that responds when people block, one or more of the water jets, or touch, restrict, or interact with the jets. In particular, it can function as an extremely expressive musical instrument in which each jet of the fountain is a soft key that can be pressed in infinitely many ways to obtain fine control of note volume, pitch, and timbre.


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Future of Music Tech, As Envisioned by BBC Comedy Writers

The hilarious send-up of educational films that was Look Around You: Music was only the beginning. BBC comedy show Look Around You has its own fantastic website filled with still more goodies. And it gives us a much clearer idea of the future of music technology than, say, a teaser from Moog.


Readers have been sending in “Life in the Year 2000″ entries, which include the five-string bass guitar, sex changes using Bach violin concertos, and my personal favorite, Halson Hoek’s invention that improves your keyboard chops by sending electrical shocks through metal gauntlets. At this point, that might be the only thing that can save my piano playing.

Best of all, Look Around You gives us what must be the mascot of Create Digital Music: enigmatic “musechnologist” Synthesizer Patel. He’s shown here with the watery keys of the Liquinth, perhaps inspired by a post here on the water-powered Mocean? There’s more from the new music episode, including a playable Mini-Trelm synth which has sadly been “stolen”. The TV network that gave us the Radiophonic Workshop deeply feels the trade we all ply:


“Synthesizer spends hours at these machines, carefully programming crochets, demi-clefs and arpeggionnes to achieve that special blend of sounds.”

Interactive Music Tracks Fish Movement

Here’s a twist on interactive aquatic music: how about letting the fish be the music-makers? BBC News reports that digital artist Julie Freeman has created an installation out of a fish tank, installed in a silo at the Tingrith Fishery in Bedfordshire, southern England. Surgically-implanted radio tags track the movement of the fish, which generates music and animation. (via Gino Robair at Electronic Musician)


I think this is even better than the MIDI hamsters.

Jaws Soundtrack: Remixed, Underwater

Artist Abinadi Meza has created a remixed composition of the “lighthearted” sounds of the movie Jaws (think drunken sailor sounds and off-key clarinet blasts), into a piece that wlll only be played underwater. To hear the output of the submerged speakers, you have to strip to your skivvies and float in the ocean. Title: Soft Jaws. Details of the project plus an MP3 for landlubbers are available from PS122 Gallery’s Artwurl zine.


Speaking of this, have any of you experimented with underwater speaker placement? (or simulating it digitally?)

More on Mocean: Pipe Organ Controlled by Water Tank

I looked at Mocean last month, but Liubo Borissov, one of its creators, alerted me to an updated site with better documentation and video:

Mocean @ Organic Interfaces


Here’s where it gets really cool: the Mocean creators hooked up the water tank to a pipe organ (video included). The impact of the water interface on the harmonic content of the organ is simply sublime. I could go on, but go check it out for yourself! (Setup: MIDI organ + Jitter software.) Liubo tells us Mocean 3 will be “bigger and badder” and “almost a bathtub.” Can’t wait. If you can get to Vancouver at the end of May, you can check out Mocean and other innovative new instruments at a
conference dedicated to the subject.

If you’re interested in doing this sort of thing yourself, one of the professors at NYU (at which the Mocean team is based) has a terrific book called Physical Computing. There are great Web resources, too, but having it all in a book is worthwhile — definitely on my bookshelf.