January 07003: Bell Studies for the Clock of the Long Now is the twenty-third solo studio album by British musician Brian Eno, released in 2003. Track listing All songs composed by Brian Eno. Fixed ratio harmonic bells - 23:22 Changes where bell number = repeat number - 03:30 2 harmonic studies - 06:05 Deep glass bells (with harmonic clouds) - 03:17 Dark cracked bells with bass - 01:59 German-style ringing - 03:19 Emphasizing enharmonic partials - 03:01 Changes for January 07003, soft bells, Hillis algorithm - 10:40 Lithuanian bell study - 01:26 Large bell change improvisation - 01:23 Reverse harmonics bells - 02:45 Bell Improvisation 2 - 01:40 Virtual dream bells, thick glass - 03:59 Tsar Kolokol III (and friends) - 03:59 1–14 January 07003, hard bells, Hillis algorithm - 05:09 Overview This is an album of studies made for the Long Now Foundation, an organization founded in 1996 that aims to "provide a counterpoint to what it views as today's 'faster/cheaper' mindset and to promote 'slower/better' thinking". One of their projects involves the construction of a clock, designed by W. Daniel Hillis, intended to keep time for 10,000 years. "I want to build a clock that ticks once a year. The century hand advances once every one hundred years, and the cuckoo comes out on the millennium." The first prototype of the clock is working and on permanent display at the London Science Museum. Eno, a member of the foundation, created this album both as a tribute to the project, and as an artistic expression of the vast swathes of time represented by the sheer "long-termness" of the philosophy behind the clock. "When we started thinking about The Clock, we naturally wondered what kind of sound it could make to announce the passage of time. I had nurtured an interest in bells for many years, and this seemed like a good alibi for taking it a bit deeper". The sounds on the album are entirely synthesizer-based, although Eno studied the actual physics of bell tones in order to simulate the kinds of bells familiar to modern ears. He also tried to imagine what bells might sound like in the future, which took him "out of the bounds of current physical and material possibilities .... imagine bells with quite different physical properties from those we now know". To that end, mathematical algorithms were also used to generate some of the