Moon–Jupiter Conjunction at Dawn

The photograph was captured at dawn on September 9, 2026, from Syracuse, Sicily, Italy, documenting the apparent conjunction between the crescent Moon and Jupiter.

The image shows the thin lunar crescent accompanied by the bright presence of Jupiter in the pre-dawn sky, while the first warm tones of sunrise begin to appear along the horizon. I chose to include the surrounding urban landscape of Syracuse to place this celestial encounter within its terrestrial setting.

What fascinated me most about this conjunction is the extraordinary perspective it offers. The Moon and Jupiter appear remarkably close together in the sky, although their apparent proximity is purely a consequence of our viewing position from Earth. The Moon was just over 380,000 kilometres away, while Jupiter was hundreds of millions of kilometres farther from us.

Two completely different worlds — our natural satellite and the largest planet in the Solar System — therefore appeared to share the same small region of the sky, despite their enormous difference in size, nature, and distance.

I also chose to photograph the conjunction shortly before sunrise, allowing the changing light of dawn to become an integral part of the composition. The deep blue of the remaining night gradually transitions into warmer tones near the horizon, creating a natural visual connection between the celestial objects and the approaching sunrise.

Rather than presenting the conjunction as an isolated astronomical event, I wanted the image to convey the particular perspective from which we observe the Solar System: distant worlds appearing temporarily close together, framed by the landscape of our own planet.

Equipment and Acquisition
Camera: Nikon D750
Lens: Nikkor 24–120mm
Focal length: 100mm
Aperture: f/5,6
Exposure: 1,3 second
ISO: 1250

The image was processed in Adobe Photoshop, with adjustments to the tonal balance and luminosity of the sky to emphasize the transition from night to dawn.

The processing was kept deliberately natural, preserving the appearance of the scene as observed while enhancing the subtle progression of light across the sky.