Physicists Explain Gravitational Effects of a Flat Earth

Scientists and physicists have detailed the physical consequences that would occur if the Earth were a flat disc while gravity remained active ^[1].

This exploration matters because it provides a mathematical and physical rebuttal to flat-Earth theories by showing that such a model contradicts observed gravitational behavior.

Under the laws of physics, gravity pulls matter toward the center of mass. In a spherical model, this center is the core of the planet, which keeps people standing upright across the entire surface. However, on a hypothetical flat disc, the center of mass would be the center of the disc ^[1].

As a result, gravity would not pull objects straight down toward the ground in all locations. Instead, it would pull everything toward the center of the disc ^[1]. For someone standing near the edge, this would feel as though they were being pulled sideways toward the middle of the world, effectively making the ground feel like a steep hill.

Physicists said that this effect would create significant anomalies at the edges of the disc ^[1]. Objects and water would be drawn away from the perimeter and accumulate in a massive pile at the center. This redistribution of mass would eventually force the disc to collapse back into a sphere to achieve gravitational equilibrium.

By simulating these conditions, researchers demonstrate that a flat-Earth model is physically untenable ^[1]. The basic laws of physics dictate that any mass as large as the Earth must form a sphere to remain stable. The current observed behavior of gravity, where objects fall perpendicular to the surface regardless of their location on the globe, confirms the planet is not a disc ^[1].