by Brigit » Fri Sep 11, 2020 7:43 pm
by crawler » Wed Sep 09, 2020 6:49 pm
Released Sept 3.
https://www.youtube.com/watch?v=6dIreR9h4Ts
The weak point in Wal's dipole gravity is that it relies on gravity to make the dipole which makes the gravity.
Wal's explanation that it all happens at the birth of the universe or the star or something isnt convincing.
I am glad crawler brought that up.
Electric dipole gravity is a model which views planets and comets as
electrets.
Does "dipole gravity...rely on gravity to make the dipole which makes the gravity"?
In electric gravity, the orbiting particles making up an atom are very slightly offset -- visualized in diagrams as an ellipse with a focus now, instead of a circle with a center. In a very massive body like the sun, this slight offset of each positive nucleus towards the center of the star
can be thought of as being maintained by gravity, true -- with the important distinction that the orientation of positive charges towards the center prevents the collapse of the sun under its own weight. Likewise, in the case of our planet, the surface tends to maintain more of a negative charge due to a continued charge separation, and an electron drift toward the surface. However, although globally there is charge and charge separation, the force of gravity itself is manifesting at the subatomic level, so it is still an attraction between neutral matter and the earth and is extremely weak. And gravity in this model is variable, under different (global) electric stresses.
"Gravitational systems are the ashes of prior electrical systems"
https://www.holoscience.com/wp/wp-conte ... lanets.jpg
But the original arrangement of the atoms in celestial bodies is imparted at their formation in an intense electric Z-pinch. Electrets used in microphones and arrays are formed when materials are heated and then rapidly cooled in an electric field. These are often spheres which maintain their charge for a long time afterward.
The electrical formation of stars, planets, and moons shares similar conditions with the industrial process. As electric charge flows through a Birkeland current in space, it scavenges matter along the current axis. As the current intensifies, the surrounding em field constricts into a high temperature z-pinch -- and a star or brown dwarf is born from the compressed dust and gases. The material is struck in intense heat and electric fields. Essential confirmation of this has been found in space where star formation is occurring along dusty filaments.
more on electrets
https://thunderbolts.info/wp/forum3/phpBB3 ... ?f=4&t=156
by crawler » Wed Sep 09, 2020 6:49 pm
[quote]Released Sept 3.
https://www.youtube.com/watch?v=6dIreR9h4Ts
The weak point in Wal's dipole gravity is that it relies on gravity to make the dipole which makes the gravity.
Wal's explanation that it all happens at the birth of the universe or the star or something isnt convincing.
[/quote]
I am glad crawler brought that up.
Electric dipole gravity is a model which views planets and comets as [i]electrets[/i].
Does "dipole gravity...rely on gravity to make the dipole which makes the gravity"?
In electric gravity, the orbiting particles making up an atom are very slightly offset -- visualized in diagrams as an ellipse with a focus now, instead of a circle with a center. In a very massive body like the sun, this slight offset of each positive nucleus towards the center of the star [i]can be[/i] thought of as being maintained by gravity, true -- with the important distinction that the orientation of positive charges towards the center prevents the collapse of the sun under its own weight. Likewise, in the case of our planet, the surface tends to maintain more of a negative charge due to a continued charge separation, and an electron drift toward the surface. However, although globally there is charge and charge separation, the force of gravity itself is manifesting at the subatomic level, so it is still an attraction between neutral matter and the earth and is extremely weak. And gravity in this model is variable, under different (global) electric stresses.
"Gravitational systems are the ashes of prior electrical systems"
https://www.holoscience.com/wp/wp-content/uploads/2012/04/Charged-planets.jpg
But the original arrangement of the atoms in celestial bodies is imparted at their formation in an intense electric Z-pinch. Electrets used in microphones and arrays are formed when materials are heated and then rapidly cooled in an electric field. These are often spheres which maintain their charge for a long time afterward.
The electrical formation of stars, planets, and moons shares similar conditions with the industrial process. As electric charge flows through a Birkeland current in space, it scavenges matter along the current axis. As the current intensifies, the surrounding em field constricts into a high temperature z-pinch -- and a star or brown dwarf is born from the compressed dust and gases. The material is struck in intense heat and electric fields. Essential confirmation of this has been found in space where star formation is occurring along dusty filaments.
more on electrets
https://thunderbolts.info/wp/forum3/phpBB3/viewtopic.php?f=4&t=156