Why Mars Moves Backward - This is the retrograde motion of Mars. So why does Mars sometimes appear to move backward in the night sky? Retrograde motion is an optical illusion that happens when Earth, moving faster in its orbit, overtakes Mars. As we pass it, Mars appears to slow down, stop, and move westward temporarily — even though it's still moving forward in space. Because Mars orbits farther from the Sun than Earth does, it takes longer to complete one orbit. When Earth "laps" Mars about ev

3.1M views · 33K reactions | Jupiter, the largest planet in our solar...

🔁 3 Planets Go Retrograde This July!⁠ ⁠ Heads up, skywatchers! In July 2025, Neptune, Saturn, and Mercury will all go retrograde — a celestial event where planets appear to move backward in the sky!⁠ ⁠ 🌀 What is retrograde motion?⁠ Normally, planets move from west to east across the sky (called prograde motion). But sometimes, due to the way Earth and other planets orbit the Sun, they appear to reverse direction for a while. This is called apparent retrograde motion — it’s just an optical illu

2.6M views · 48K reactions | Jupiter and Saturn go retrograde 敖 This...

We created this animation to visualize the captivating retrograde motion of Saturn — a cosmic illusion that has puzzled skywatchers for millennia. In 2025, Saturn begins its retrograde on July 13 and continues this apparent backward journey through the stars until November 15. But what exactly is retrograde motion? It’s not that Saturn actually reverses its orbit — instead, it’s an optical illusion that occurs when Earth, on its faster inner orbit, overtakes the slower-moving Saturn. As we pass

Jupiter Retrograde 2025 Jupiter, the largest planet in our solar system, undergoes an apparent retrograde motion as seen from Earth. But what does that mean? Retrograde motion is an optical illusion that occurs when a planet appears to move backward in the sky due to differences in orbital speeds. As Earth, moving faster in its inner orbit, overtakes Jupiter, the gas giant seems to temporarily reverse direction before continuing its normal prograde motion. Jupiter’s next retrograde motion will t