In a captivating astronomical event, astrophotographer Andrew McCarthy has recorded a remarkable video of Saturn emerging from behind the Moon, stunning both stargazers and astronomy enthusiasts. The mesmerizing black-and-white footage captures a rare and intimate view of two iconic celestial bodies in motion.
McCarthy’s video showcases Saturn slowly appearing from behind the brightly lit edge of the Moon. The contrast between the Moon’s glowing surface and Saturn’s fainter outline creates a dramatic visual, offering a rare opportunity to witness such a celestial dance.
Watch Saturn emerge from behind the moon in real-time. The only editing done to this clip was brightening the shadows since Saturn was so much darker than the full moon.
This was captured using an infrared filter which is why it’s a b&w clip. The ingress was captured in color. pic.twitter.com/ExlCVgeqbx
— Andrew McCarthy (@AJamesMcCarthy) September 24, 2024
The video was shot using an infrared filter, which added to the dramatic effect, giving a unique perspective on the event. McCarthy explained that minimal post-processing was done, with only slight brightening of the shadows, since Saturn appeared much darker compared to the bright full Moon.
McCarthy emphasized that the minimal editing preserved the authenticity of the phenomenon, allowing viewers to experience the event as close to real-time as possible. This ensures that the natural beauty of the celestial occurrence remains intact.
While the emergence of Saturn was captured in black and white, McCarthy revealed that he documented the ingress—the moment Saturn disappeared behind the Moon—in full color. This dual approach offers a complete and comprehensive view of the occultation process.
Occultations, where one celestial body passes in front of another from an observer’s viewpoint, are relatively rare. These events present valuable opportunities for astronomers and astrophotographers to study the movements and characteristics of celestial objects, making McCarthy’s footage an extraordinary capture of the solar system’s wonders.
