This watch is designed to push excess, to push the boundaries of mechanical watches. The C1 Quantum Gravity is the epitome of impulse and intuition when it comes to watchmaking. For 2009, the C Lab Series is expanding to break new horizons. It took 5 months for this watch to come into being by a team of craftsmen.
Kanye University described it as "A cylindrical piston. A vertical back-and-forth movement. Liquid. These were the three essential elements combined by the C Lab Series to create this astounding equation involving mechanics and chemistry."
The site adds, "On the chemistry side of things, a liquid featuring green phosphorescent nanoparticles fills a tube to assist in the reading. Meanwhile, on the mechanical side, this energy gauge operates perpendicularly to the caliber, rising up and down from its base to signal the remaining energy of the movement in relation to its available three-day power reserve."
Now there's a watch even James Bond would be envious of!
Phosphorescent Watches
C1 Quantum Gravity Watch Would Make James Bond Proud
Trend Themes
1. Pushing Boundaries of Mechanical Watches - The C1 Quantum Gravity watch pushes the boundaries of mechanical watches, presenting an opportunity for disruptive innovation in the watchmaking industry.
2. Combining Mechanics and Chemistry - The C Lab Series combines mechanics and chemistry in the C1 Quantum Gravity watch, providing an opportunity for disruptive innovation at the intersection of these fields.
3. Phosphorescent Nanoparticles in Timepieces - The use of green phosphorescent nanoparticles in watches, as seen in the C1 Quantum Gravity, opens up opportunities for disruptive innovation in the watch industry.
Industry Implications
1. Watchmaking - The C1 Quantum Gravity watch presents disruptive innovation opportunities in the watchmaking industry, pushing the boundaries of traditional timepiece design.
2. Mechanical Engineering - The combination of mechanics and chemistry in the C1 Quantum Gravity watch creates disruptive innovation opportunities in the field of mechanical engineering.
3. Nanotechnology - The use of phosphorescent nanoparticles in watches, exemplified by the C1 Quantum Gravity, suggests disruptive innovation opportunities in the nanotechnology industry for timepiece applications.