Gravity Rubber Sheet Analogy
The right hand side of this pair of drawings is closer to real life but still not accurate.
Gravity rubber sheet analogy. In space it will follow a straight line and go over any hole on the surface. Now physicists have tested this idea theoretically and experimentally and say it doesn t hold water. But a ball rolls on a surface because gravity is pulling it down. The rubber sheet analogy for einstein s general relativity model of gravity is a popular way to visualize the effect mass has on the curvature of spacetime.
This state of affairs is almost entirely the result of one the most famous analogies in science. The rubber sheet analogy for einstein s general relativity model of gravity is a popular way to visualize the effect mass has on the curvature of spacetime. That the warping of spacetime to produce gravity is like the deformation of a rubber sheet by a central mass. One of the most famous analogies in science is fundamentally flawed say physicists who have shown that a.
The rubber sheet or trampoline analogy for gravity is flawed because it is not fully three dimensional as a real star and planets would be. Experiments reveal that deformed rubber sheet is not like spacetime.