Experiment Regarding Magnetic Fields with Gravity

The ground-based device simulates the potential energy (voltages) between gravity and magnetic seas. The magnetic sea generator (MG) generated currents and voltages on the mesoscopic scale in the vacuum. Gravity interacts to generate electricity in the Earth's direction or the opposite direction by the repulsive magnetic force. A trapped gravity was set to behave as free relativistic quantum particles or fluids, making it possible to measure the voltage and current as a function of time according to the particle or fluid interaction and position in the magnetic sea. Our result is grounded on rigorous proof based on numerical and analytic computations, which took it accessible to study the magnetic sea for different initial superposition of positive- negative-gravity spinor state in the space Hieut (H). As evidence, we present the measurement data of gravitational waves (GW20200618), which were impossible to measure during the pandemic at LIGO. If the MG generates negative current and positive voltage in vacuum states, this signifies the gravitomagnetic potentials induced by gravitational fluids or particles in the magnetic sea. The theory of quantum mechanics can be merged with the theory of general relativity or gravitational force at microscopic length scales. Now, we can convert the study of light trapped in a black hole into a study of gravity trapped in space H.

Experiment Regarding Magnetic Fields with Gravity

The ground-based device simulates the potential energy (voltages) between gravity and magnetic seas. The gravity generator (GG) generated currents and voltages on the mesoscopic scale in the vacuum. Gravity interacts to generate electricity in the Earth's direction or the opposite direction by the repulsive magnetic force. A trapped gravity was set to behave as free relativistic quantum particles or fluids, which made it possible to measure the particle position as a function of time. Our result is grounded on a rigorous proof based on numerical and analytic computations, which took it accessible to study the magnetic sea for different initial superposition of positive- negative-gravity spinor state. It might explain the relativistic quantum gravity and the heating mechanism of the Sun.

Experiment Regarding Magnetic Fields with Gravity

We observed the Earth's gravity to produce electricity in the magnetic sea. The gravity generator (GG) generated currents and voltages on the mesoscopic scale when we connected it in the vacuum. Gravity interacts to generate electricity in the Earth’s direction or the opposite direction by the repulsive magnetic force. The ground-based device simulates the potential energy (voltages) between gravity and magnetic seas. The GG increased simulations of gravity quantum effects using different physical set-ups. A trapped gravity was set to behave as free relativistic quantum particles or fluids, which made it possible to measure the particle position as a function of time and study the magnetic sea for different initial superpositions of positive- negative-gravity spinor state. It might explain the relativistic quantum equations, antigravity, and the heating mechanism of the Sun.

Experiment Regarding Magnetic Fields with Gravity

We observed the Earth's gravity to produce electricity in the magnetic sea. The gravity generator (GG) generated currents and voltages on the mesoscopic scale when we connected it in the vacuum. Gravity interacts to generate electricity in the Earth’s direction or the opposite direction by the repulsive magnetic force. The ground-based device simulates the potential energy (voltages) between gravity and magnetic seas. The GG increased simulations of gravity quantum effects using different physical set-ups. A trapped gravity was set to behave as free relativistic quantum particles or fluids, which made it possible to measure the particle position as a function of time and study the magnetic sea for different initial superpositions of positive- negative-gravity spinor state. It might explain the relativistic quantum equations, antigravity, and the heating mechanism of the Sun.

THE COUPLING OF GRAVITY TO SPIN AND ELECTROMAGNETISM

The coupled Einstein–Dirac–Maxwell equations are considered for a static, spherically symmetric system of two fermions in a singlet spinor state. Stable soliton-like solutions are shown to exist, and we discuss the regularizing effect of gravity from a Feynman diagram point of view.