Enjoyed the movie and thought it might be fun to look at the wristwatches worn by characters in James Cameron's new sci-fi blockbuster.
- G-shock GA700UC-3A
Thanks for reading!
- G-shock GA700UC-3A
Thanks for reading!
Ftumch
Since this is set sometime in the future, do any of these watches even exist yet? Or are they models that are yet to even be designed. Bear in mind the blue Na'vi are roughly 10 feet tall, so just how large IS that watch in the picture...90mm?
Since Pandora is a moon of a big gas giant, I'm sure time doesn't work on 24 hours like it does on earth.
Pandora is an Earth-like habitable moon from the Alpha Centauri System, the closest star system to humanity’s own Solar System. It is the fifth moon[3] of the gas giant Polyphemus, which orbits Alpha Centauri A. It is located 26,000,000,000,000 miles (4.423 light-years) from Earth. The names of both the moon and its mother planet are coined by humans in reference to figures in Greek mythology.
Despite being almost as large as Earth, Pandora is only a moon of a planet that has thirteen other moons. However, due to the smaller mass, Pandora's gravity is 20% less than Earth's, although its atmosphere is much denser than Earth's due to the presence of heavier gases. Depending on the position of the various moons, Pandora can have two or even three moons in its sky at once, and have solar eclipses on almost a daily basis. Pandora and its sister moons also cast large black shadows on Polyphemus.
Pandora receives significant light from Alpha Centauri B (ACB). As a result, Pandoran nights are never dark during half of the Polyphemian year, but instead are more like Earthly dusk. At the closest point in its orbit, ACB is about 2,300 times as bright as Earth's full moon; at its furthest point, it is still one hundred and seventy times as bright. During the other half of the year when ACB is in the daytime sky, many Pandoran nights are illuminated by both Polyphemus's huge disk and the reflected light from other nearby moons. Truly dark nights are uncommon. Polyphemus occasionally eclipses ACB at night for about one hundred minutes, but the light reflected by the planet still keeps the night from being dark.
When ACB shares the daytime sky with ACA, at its closest it adds about half a percent to the total illumination. When the 2 stars are close together in the sky, the effect of ACB's more orange light is unnoticeable. But, as they separate over the years, an orange tint may be seen in areas shadowed from ACA's direct illumination. At its most distant, ACB is about 2,700 times dimmer than ACA and does not produce noticeable lighting effects. However, it still appears as a blindingly-bright tiny orange disk in the sky.
Because of its high axial tilt (29°), Pandora exhibits considerable annual variation in the day-to-night ratio. In addition, its elliptical orbit produces seasonal temperature variations and a range in daytime illumination of about ten percent.
Despite being almost as large as Earth, Pandora is only a moon of a planet that has thirteen other moons. However, due to the smaller mass, Pandora's gravity is 20% less than Earth's, although its atmosphere is much denser than Earth's due to the presence of heavier gases. Depending on the position of the various moons, Pandora can have two or even three moons in its sky at once, and have solar eclipses on almost a daily basis. Pandora and its sister moons also cast large black shadows on Polyphemus.
Pandora receives significant light from Alpha Centauri B (ACB). As a result, Pandoran nights are never dark during half of the Polyphemian year, but instead are more like Earthly dusk. At the closest point in its orbit, ACB is about 2,300 times as bright as Earth's full moon; at its furthest point, it is still one hundred and seventy times as bright. During the other half of the year when ACB is in the daytime sky, many Pandoran nights are illuminated by both Polyphemus's huge disk and the reflected light from other nearby moons. Truly dark nights are uncommon. Polyphemus occasionally eclipses ACB at night for about one hundred minutes, but the light reflected by the planet still keeps the night from being dark.
When ACB shares the daytime sky with ACA, at its closest it adds about half a percent to the total illumination. When the 2 stars are close together in the sky, the effect of ACB's more orange light is unnoticeable. But, as they separate over the years, an orange tint may be seen in areas shadowed from ACA's direct illumination. At its most distant, ACB is about 2,700 times dimmer than ACA and does not produce noticeable lighting effects. However, it still appears as a blindingly-bright tiny orange disk in the sky.
Because of its high axial tilt (29°), Pandora exhibits considerable annual variation in the day-to-night ratio. In addition, its elliptical orbit produces seasonal temperature variations and a range in daytime illumination of about ten percent.
They probably only wear watches the truly appeal to them, not some board favorite. I am willing to bet you would never even see a Rolex there because the people are so advanced...
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