Скачать или смотреть Parallax Explained: Why Stars Don’t “Move Overnight” But Still Prove the Globe 🌌🔭

"Flat-earth arguments often ask: “If we’re moving so fast, why don’t the stars shift position at night?” The answer is simple: stars are incredibly far away, and their apparent motion is only detectable with precise measurements — not your naked eye over one night. This video explains how stellar parallax works and why it’s a powerful proof of both vast distances and Earth’s orbit around the Sun.

What you’ll see:
• The flawed “streetlight analogy” flat-earthers use (a light 50 feet vs. blocks away)
• Why comparing 50 feet to 200 feet is nothing like comparing 50 vs. 200 light-years
• How astronomers actually measure stellar parallax by observing from one side of Earth’s orbit to the other (≈186 million miles apart)
• Why parallax angles are tiny, but measurable, using telescopes and precise instruments
• How this technique has been used for centuries to calculate star distances with incredible accuracy

How to check this yourself:
• Look up official parallax data — Hipparcos and Gaia satellite missions have mapped millions of stars using parallax.
• Compare stars observed in different months (June vs. December) and note the measurable angular shift.
• Use star catalogs to see “proper motion” — the slow, steady movement of stars relative to each other over decades.
• Try long-exposure astrophotography to see how stable stars look in one night, then compare to data showing measurable parallax across months.

Quick takeaways:
• Parallax is small because stars are far, not because Earth is stationary.
• The fact that we can measure it at all proves both Earth’s orbit and the enormous scale of space.
• Flat-earth analogies collapse when you scale distances correctly.

Test the claim. See for yourself.

#Hashtags (keep at bottom)
#Space #Debunked #Parallax #Stars #Astronomy #FlatEarth #Science #TestTheClaim #GlobeEarth #Skepticism"