A New Definition of Gravity
In the present theory, I posit that gravity is a form of circular energy and that every circular and helicoidal movement is affected by gravity. Following this logic, electromagnetic (EM) waves
for instance may be the combination of a rectilinear force with gravity. We know that the electric force acts linearly, so I suggest that EM waves are actually a combination of the electric
rectilinear force with gravitational circular force, resulting in a helicoidal movement. Magnetism would be the result of this combination. Interestingly, the magnetic force follows a helicoidal
pattern around the wire conducting the electrical force.
Antigravity Devices or Systems
The first step consists in appropriately defining antigravity. Most often, antigravity is described as the ability to escape or not be affected by gravity. It also seems that we frequently
envision antigravity as a method of repelling gravity. However, when comparing electromagnetic forces with gravitational forces, we realize that the latter do not repel each other; rather, they
seem to cancel or negate each other.
Within my theory, gravity is a form of rotating energy. I have also compared rotative forces such as the spin of particles and the gravitational field of planets to wheels or gears.
2 main possibilities:
- They rotate in opposite directions and mesh to create a greater gravitational field
- They rotate in the same direction and they either:
- Cancel each other like in the Lagrange points - destructive gravitational interferences-.
- Create gravitational waves -standard gravitational interferences-.
- In my essay, I visualize and describe a third possibility: how the collision of two rotative gravitational or gyroscopic forces transforms both rotative movements into helicoidal movments combining to form a double helix.
The purpose of the experiment and of the related prototype is to artificially create such a gravitational or gyroscopic interaction in order to observe it and validate or invalidate my double helix hypothesis. It consists in mounting two gravity wheels -preferably rotating in opposite directions- on the same axle, which is also rotating. In this configuration, the gyroscopic force of the wheels acts perpendicular to the gyroscopic force of their common axle.
Existing experiments with spinning gravity wheels tend to support my theory. However, my research showed that the exact configuration of the experiment I suggest has never been carried out. Indeed, whether they rotate in the same or in opposite directions, the collision angle seem to also to play an important role.
From such an experiment, I would expect the gyroscopic forces of the wheels to cancel each other out. Moreover, the high rotational speed of the ensemble around the axle should lead to a uniform distribution of the cancellation around the double-wheel ensemble.
Futhermore, in my work, I also posit the possibility that such a gravitational or gyroscopic double helix may not be affected by external gravitational effects.
Finally and for information only, my theory posits that gyroscopic forces are gravitational forces -at least they are parent forces-.