10 Sep 2026 (23 hours away): Uranus enters retrograde motion
09-09-2026 21:41 via in-the-sky.org

10 Sep 2026 (23 hours away): Uranus enters retrograde motion

Uranus reverses its direction of motion across the sky.
Read more »

Astronomy news



10 Sep 2026 (19 hours away): Uranus enters retrograde motion
10 Sep 2026 (19 hours away): Uranus enters retrograde motion
14 Sep 2026 (4 days away): Conjunction of the Moon and Venus
14 Sep 2026 (4 days away): Conjunction of the Moon and Venus
14 Sep 2026 (4 days away): Close approach of the Moon and Venus
14 Sep 2026 (4 days away): Close approach of the Moon and Venus
13 Sep 2026 (3 days away): The Moon at perihelion
13 Sep 2026 (3 days away): The Moon at perihelion
12 Sep 2026 (2 days away): Conjunction of the Moon and Mercury
12 Sep 2026 (2 days away): Conjunction of the Moon and Mercury
11 Sep 2026 (Tomorrow): New Moon
11 Sep 2026 (Tomorrow): New Moon
10 Sep 2026 (20 hours away): Uranus enters retrograde motion
10 Sep 2026 (20 hours away): Uranus enters retrograde motion
10 Sep 2026 (21 hours away): Uranus enters retrograde motion
10 Sep 2026 (21 hours away): Uranus enters retrograde motion
This 'impossible' black hole merger may be explained by a warp in spacetime
This 'impossible' black hole merger may be explained by a warp in spacetime
10 Sep 2026 (22 hours away): Uranus enters retrograde motion
10 Sep 2026 (22 hours away): Uranus enters retrograde motion
International Space Station astronaut gives out of this world tribute to honor Star Trek’s 60th anniversary
International Space Station astronaut gives out of this world tribute to honor Star Trek’s 60th anniversary
Astronomers discover two stars that joined together to form a binary system just 60 years ago
Astronomers discover two stars that joined together to form a binary system just 60 years ago
14 Sep 2026 (5 days away): Close approach of the Moon and Venus
NASA's newly launched Roman Space Telescope will 'directly' image exoplanets. But what does that mean?
NASA's newly launched Roman Space Telescope will 'directly' image exoplanets. But what does that mean?
Desktop versie