Post by Pincho Paxton on Feb 19, 2017 22:25:18 GMT
A hologram for example has negative locality, because you can sit one on your table and look down 4 inches below your table into the hologram. To explain the physics of negative locality I shall go back to a quro-length... Correcting The Bending Of Spacetime and other physics
The idea is to explain a hologram using the principles found in a gravitational lens. Most of the time we view an image with a positive quro-distance, but built from negative mass which is what creates magnetic tubes. The magnetic tubes follow the construction of fractals hidden in the Universe, and so they are rotated by Axions, you can see the effect in videos like this one...
A quro-distance is like a wormhole, and acceleration is built by advancing a greater, and greater quro-distance, and that would account for relativity.
What you actually need for a hologram that sinks into your table is a negative quro-distance...
...and that is negative locality.
Links to myself...
Search My Site
Pincho Paxton
The idea is to explain a hologram using the principles found in a gravitational lens. Most of the time we view an image with a positive quro-distance, but built from negative mass which is what creates magnetic tubes. The magnetic tubes follow the construction of fractals hidden in the Universe, and so they are rotated by Axions, you can see the effect in videos like this one...
A quro-distance is like a wormhole, and acceleration is built by advancing a greater, and greater quro-distance, and that would account for relativity.
What you actually need for a hologram that sinks into your table is a negative quro-distance...
...and that is negative locality.
Links to myself...
Search My Site
Pincho Paxton