On September 14, 2026, observers in China captured multiple photos of Venus positioned next to the moon, while a UCR study suggested the planet may have consumed its own moon billions of years ago due to gravitational forces and slow rotation.
On September 14, 2026, observers in China photographed Venus next to the moon in the sky, with multiple images showing the planet next to the moon. These photos, taken across cities like Harbin, Fuyuan, and Qiqihar, highlight views captured on September 14, 2026.
A Celestial Alignment Observed Across China
The photos taken on Sept. 14, 2026 depict the planet of Venus next to the moon in the sky. The images, taken from locations in Heilongjiang Province and Zhejiang Province, show the planet next to the moon. Such alignments are captured in the provided sources. The event was documented across various locations.
The UCR study, published in The Astrophysical Journal, offers an explanation for why Venus lacks a moon. Lead author Stephen Kane, an astrophysicist at UCR, argued that the planet’s slow rotation—taking 243 Earth days to complete a single rotation—would have caused a moon to spiral inward toward a collision over time. The gravity of the planet itself combined with the rate at which it spins naturally caused the moon to collapse on top of it,
Kane said.
Venus’ Hypothetical Moon: A Collision Scenario
Kane’s research discusses theories that Venus possibly had a moon at one time that got hit with something massive, obliterating it, or that Venus never underwent a collision that formed a moon in the first place. Instead, his simulations suggest that the slow spin and the planet’s gravity would cause a moon to spiral inward toward a collision. This process, he explained, contrasts with Earth, where the energy from spinning gets transferred to the moon, causing it to distance itself at a rate of around four centimeters per year because Earth spins at a relatively fast 24 hours per rotation.
When I made this discovery, I was shocked,
Kane said. I thought surely the broad range of scenarios I was exploring would lead to a variety of results. But it all went pretty much in the same direction.
The study does not prove that Venus once had a moon. Kane believes it may have, but whether one ever formed remains an open question. Kane noted that evidence of such a collision could instead lie beneath the surface, similar to how seismic studies on Earth have revealed unusual structures deep inside Earth that may be remnants of an early massive collision.
Implications for Planetary Science and Habitability
The findings have implications beyond Venus. Scientists searching for potentially habitable worlds around other stars often look for planets resembling Earth and consider the presence of a moon one factor that could influence habitability. However, Kane’s work addresses whether a large moon is necessary for life. My feeling is there are benefits to having a moon, but it isn’t required for habitability,
he said.
The study also discusses whether Earth’s nearest planetary neighbor was ever capable of hosting life. A moon crashing into Venus would have transferred enormous energy and angular momentum to the planet, potentially changing its rotation, geology, and climate. If Venus once had oceans or other conditions favorable to life, such an impact could have altered the course of the planet’s evolution,
Kane noted.
While the September 14, 2026, photos of Venus and the moon were captured across locations including Fujin City, Fuyuan City, Jiayin County, Harbin City, Zhoushan, Qiqihar City, Yichun City, Tongjiang City, Jiamusi City, Mudanjiang City, Kaili, and Baiquan County, Kane’s research underscores findings regarding planetary systems. As technology advances, future missions may uncover more clues, while current findings suggest slow-rotating worlds could send their moons spiraling toward their surfaces, dramatically changing the planets in the process.