Search A Light In The Darkness

Tuesday 8 December 2009

Secrets Of Space & Time

If you create a strong-enough flow of current between a negative and positive pole, you will get an anti-gravity 'thrust' that starts propelling your device in whatever direction the positive pole is pointing. Here's a description of how this actually works in terms of the 'flow' of space-time 'fabric', as Einstein would call it: This is actually a very simple physics principle and shows the hidden unity between gravity and electromagnetism. All that is required, ultimately, is high voltage -- higher than we typically use in any household appliances.

In popular designs, the negative pole is much larger than the positive pole. If you think of a UFO designed like this, you'd have the entire bottom of the ship be a negative plate, and the small sphere at the very top of the ship as the positive plate. You can navigate the ship by breaking up the negative plate into a series of pie-shaped sections and varying the current flow between them.

You have negatively-charged electron clouds and a positively-charged nucleus in the atom. Ultimately, to understand this physics you have to see all atoms and molecules as almost like 'portals' that a much greater source of energy is flowing into and through. All matter is constantly taking in this energy to replenish itself each and every moment -- and if the flow was cut off, the object would disintegrate.
Remember Einstein's discoveries that space and time are part of one unified 'fabric'.

This leads to the conclusion that an atom is simply a 'displacement' -- a vortex -- in space and time. All we have is a flow within space-time -- an aperture through which the flow may occur.

Space-time starts out 'flat,' without curvature, and as you accelerate it towards the speed of light, the curvature increases. This curvature bends gravity along with it -- though on the quantum level it is too small to be appreciated as part of the same basic force, so we would refer to it as the 'weak force', for example -- one of the four basic fields in mainstream physics ... read more ...