The Earth is not Flat. It’s round like a Ball. Like an Electron.
by @offgridlife on OGMedia
View my bio on Blurt.media: https://blurt.media/c/offgridlife
The Earth is not Flat.
It’s round like a ball. A Sphere. A Globe. An Orb … spinning in Outer Space. Like an Electron.
Electrons are incredibly close to being perfect spheres. While some theories predicted a slightly distorted shape, recent experiments have confirmed their spherical nature to a high degree of precision. This roundness is measured by looking for deviations from a perfect sphere, and current measurements show these deviations to be extremely small, effectively undetectable.
Here's a more detailed breakdown:
Spherical Shape:
The most accurate measurements to date show the electron to be extremely close to a perfect sphere.
Implications for Physics:
The electron's near-perfect roundness has implications for our understanding of other fundamental particles and theories, like supersymmetry, which predicted a more distorted shape.
They say the Earth’s a platter, flat as a pancake plain,
But I’ve got news to scatter—it’ll rattle through your brain.
Take a look at the moon, take a look at the sun,
Are they flat like a plate? No, they're round—every one!
[Prechorus]
Round as a ball, a cosmic design,
The Earth’s no exception—she's doing just fine.
[Chorus]
The Earth is round, like a basketball,
It spins and it rolls, it never will stall.
The moon and the stars, the planets up high,
All perfect spheres in a boundless sky.
[Verse 2]
If the Earth were flat, then ships would fall away,
Sailing off the edge, into the Milky Way.
But the horizon curves, it bends and it bows,
Proof is all around you—just follow where it shows.
[Bridge]
Oh, gravity loves a sphere,
It hugs us close, it keeps us near.
No edges, no corners, no great divide,
Just a lovely blue marble with nowhere to hide.
[Chorus]
The Earth is round, like a basketball,
It spins and it rolls, it never will stall.
The moon and the stars, the planets up high,
All perfect spheres in a boundless sky.
Your upvotes and comments are much appreciated! 😊
@lasseehlers demonstrating the Dunning–Kruger effect in 3 ... 2 ... 1 ...