B-B vectors

The Biefeld-Brown “vectors”, or B-B vectors, are simple conceptual indicators in the Biefeld-Brown effect.

They might also have a physical interpretation related to the inhomogeneous charge density distribution in the capacitor’s dielectric. They also point in the same direction as electric dipole moment:


An electric dipole consists of two charges Q, equal in magnitude and opposite in sign, separated by a distance . The dipole moment, p = Q , points from the negative to the positive charge. Figure A dipole consists of equal but opposite charges, +Q and –Q, separated by a distance l. The dipole moment p + Ql and points from the negative to the positive charge.

These vectors inside the charged asymmetric capacitor always point in the direction from the negative to the positive plate.

For example, an atom can be conceptualized as a spherical asymmetric capacitor:


In the case of an atom of ordinary matter B-B vectors are said to be “down” (towards nucleus), indicating attractive gravity.

But in the case of an antiatom of antimatter B-B vectors are “up” (away from nucleus), indicating repulsive gravity (i.e. antigravity).

All atoms composing Earth have their B-B vectors “down”, and atoms composing material bodies on Earth also have their B-B vectors “down”, therefore Earth will attract these material bodies, and material bodies will attract Earth — an attractive gravitational interaction.


On the quantum-scale, Earth and material bodies on Earth are composed of many “capacitors” (atoms) that have their Biefeld-Brown vectors “down”, while at the same time on the macro-scale, Earth is just one big planet-size spherical asymmetric capacitor that has its Biefeld-Brown vectors “up”, meaning directed away from its “nucleus”, i.e. from the ground up towards the ionosphere. The conclusion is that Earth produces both: attractive and repulsive gravity at the same time, which do not cancel each other out. This is the reason why the Solar system is stable


You can read more about B-B vector orientation in the section titled: Quantum Gravity in a Nutshell


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