This Marc Newson designed Jaeger-LeCoultre clock tracks Earth, Moon and seasons with cosmic precision - Yanko Design
Briefly

This Marc Newson designed Jaeger-LeCoultre clock tracks Earth, Moon and seasons with cosmic precision - Yanko Design
"The new Atmos Hybris Artistica Tellurium is 'inspired by the beauty and the mystery of the cosmos.' Not the solar system we are a part of, but the 'cosmos beyond the Earth's solar system,' the company notes. It is the result of over 18-years of partnership between Jaeger-LeCoultre and the design genius, which has been designed to run on the most advanced and complex Atmos movements from the watchmaker that is respected for its expertise in mechanical movements."
"The clock has been through a great deal of iterations to arrive at the current version, which features a new cabinet for the Atmos Tellurium designed by Newson. The glass features 64 constellations that are visible in the Northern Hemisphere, engraved on it, while 539 cabochon-cut sapphires here represent the principal stars."
"A pinnacle of haute horlogerie, the Jaeger-LeCoultre Atmos Tellurium is a limited-edition piece (strictly limited to three units) featuring a meteorite dial with hand-painted, 3-dimensional earth inside the glass globe. The clock is created to precisely track Earth's rotation alongside the lunar phases as the moon rotates around the Earth. The clock recreates the cycles of the sun, earth, and moon with great precision in 3D."
The Atmos Hybris Artistica Tellurium is a limited-edition clock powered by Jaeger-LeCoultre’s in-house caliber 590. It is inspired by the beauty and mystery of the cosmos beyond Earth’s solar system. The current version features a new cabinet designed by Marc Newson, with glass engraved to show 64 Northern Hemisphere constellations. The principal stars are represented by 539 cabochon-cut sapphires. A meteorite dial includes a hand-painted, three-dimensional Earth inside a glass globe. The mechanism precisely tracks Earth’s rotation and the lunar phases, recreating cycles of the sun, earth, and moon with high precision in three dimensions.
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