Gravity Breakthrough: Springing into a Gravitational Revolution
By Roland Michel Tremblay

Roland Michel Tremblay is a French Canadian author, poet, scriptwriter, development producer and science-fiction consultant. See his website here:http://www.themarginal.com/    

Gravity is one of the most familiar everyday phenomena, yet it has mystified scientists and laymen for centuries. Even today, although the current official position on gravity is a continual “space-time warping” around objects – a claim from Einstein’s General Relativity theory, it is also still widely considered an endless attracting force emanating from objects, as claimed in Newton’s gravitational theory. Setting aside the troubling implications of two different physical descriptions of gravity in our science for the moment, it turns out that the behavior of a simple spring may hold the final answer to this age-old mystery.

Consider what happens when a loosely coiled spring is stretched apart from both ends while laying on a tabletop, as shown below in the left-hand frame. The opposing forces spread equally across the spring, causing an equal coil spacing across the spring, which also occurs whether either force pulls fully from the very end or is divided to pull directly on each coil:

However, with only a single continual pulling force on one end, shown on the right, the coils stretch more at the leading end as they strain to continually accelerate the ongoing resisting inertia of the rest of the spring. In this case, there is successively less stretch toward the trailing end as there is successively less trailing-coil mass to cause inertial drag.

This deceptively simple experiment has enormous implications for both Newton’s gravitational force and Einstein’s ‘warped space-time’ theory of gravity – and for understanding the true physical nature of gravity itself. The first important point is that it highlights a widely overlooked but critical error surrounding Einstein’s famous “space elevator” thought experiment, which forms the foundation of hisPrinciple of Equivalence and his later associated General Relativity theory of gravity.

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