Captured in the video is the long approach to Pluto and its moons, the wonderful high-resolution global view of Pluto during closest approach, and then the ring of scattered sunlight as Pluto blocks the sun from view as a stunning eclipse.
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As discussed by research scientist Stuart Robbins, at the Southwest Research Institute in Boulder, Colo., who created this flyby video, to make the animation more cinematically appealing, he had to tweak the timescale between frames.
"The final product goes from one second of movie time equaling 30 hours at the beginning and end, to one second of movie time equaling 30 minutes for the closest-approach section," writes Robbins in a blog post. The approach to Pluto occurred over a long period, whereas the point of close approach was gone in a flash, so Robbins basically hit the slow-mo button when New Horizons buzzed the dwarf plant's surface, but sped up the footage when the spacecraft was far away.
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For more details about how this video was achieved, read the New Horizons blog.
Since the days following New Horizons' Pluto flyby, the mission team has not released any more images of Pluto or its moons. After the flurry of post-flyby activity, the spacecraft is currently taking its time downlinking "lower data-rate information collected by the energetic particle, solar wind and space dust instruments," write the mission team on the New Horizons website. More flyby images and other data will be released this month and will continue through the year.