https://youtu.be/UncES70xXss?

https://youtu.be/2VLXFb1KQBo?

This has been
Scalar Interferometer Part 2
Material based on T. Bearden, Fer de Lance
Understanding the basics of electromagnetism

#SCALARELECTRODYNAMICS101
#SCALARELECTROMAGNETICS101
#scalarelectromagneticwarfare #scalarelectromagneticfield
#scalarelectromagneticwaves
#scalarelectrodynamics
#scalarelectromagneticweapons
CREATING AN INERTIAL FIELD (ANTIGRAVITY)

Part 2
https://t.me/AzazelNews/574340

Part 1
https://t.me/AzazelNews/573957

Part 3 Tomorrow
Happy Easter

STAY AHEAD OF THE CURVE

Learn the basics of Oscillation, Ether And Electrogravitics.
Our Azazel Workshops #LearningToWalk and #LearningToFly Have been consolidated to one channel
https://t.me/LearningToWalk

Why is the Department of Defense lying

Why is the Department of Defense lying

This is
Scalar Interferometer Part 3

https://t.me/AzazelNews/575160
Material based on T. Bearden, Fer de Lance
Understanding the basics of electromagnetism

#SCALARELECTRODYNAMICS101
#SCALARELECTROMAGNETICS101
#scalarelectromagneticwarfare #scalarelectromagneticfield
#scalarelectromagneticwaves
#scalarelectrodynamics
#scalarelectromagneticweapons
CREATING AN INERTIAL FIELD (ANTIGRAVITY)

Part 2
https://t.me/AzazelNews/574340

Part 1
https://t.me/AzazelNews/573957

VIBRATE HIGH

Scalar Interferometer Part 3
Material based on T. Bearden, Fer de Lance
Understanding the basics of electromagnetism

#SCALARELECTRODYNAMICS101
#SCALARELECTROMAGNETICS101

https://t.me/AzazelNews/575161

SCALAR EM WAVES ARE EMITTED AND ABSORBED BY THE NUCLEUS.
Under typical conditions, scalar electromagnetic (EM) waves do not interact with the electrons orbiting an atom. These waves can bypass the electron shells, penetrating directly into the nucleus. Inside the nucleus, the dense environment of charged virtual particles, which hold the nucleons (protons and neutrons) together, encounters the scalar wave. This interaction distorts the scalar wave, causing a deviation in its electromagnetic vector components. As a result, a non-zero electromagnetic effect and a polarized pattern emerge within the nucleus's charged virtual particle environment.

This newly formed electromagnetic effect facilitates the coupling of the distorted scalar wave with the nucleus, leading to the nucleus absorbing the wave and its polarization pattern. This absorption process induces a mild excitation within the nucleus, which typically returns to its ground state by releasing another scalar wave.

This emitted wave traverses the electron shells without interaction and disperses into space.
However, if a nucleus is subjected to a continuous influx of intense scalar waves, the repeated absorption of these waves incrementally increases the nucleus's energy level. This elevated state can eventually lead to decay through alternative pathways. Consequently, by applying a relatively low-power, yet focused scalar EM radiation, it becomes possible to manipulate and even alter the nucleus's structure—effectively enabling the engineering or transmutation of the nucleus through precise control of the scalar wave patterns.

Given that scalar EM waves induce oscillations in the curvature of spacetime, and considering that all entities, whether virtual or observable, manifest through spacetime curvature, scalar waves serve as a primary mechanism underlying the universe's structure.

Within an atom's nucleus, the concentration of scalar wave flux determines the mass and inertia of the nucleus. Essentially, mass can be understood as localized scalar wave resonance, with the particle's spin acting as the mechanism that traps this resonance.

Therefore, the mass and inertia of a particle are directly attributed to the degree of scalar resonance it encapsulates. Modifying the amplitude of this trapped scalar resonance—either amplifying or diminishing it—directly impacts the particle's mass and inertia, illustrating a profound relationship between scalar wave dynamics and fundamental physical properties.

CONVERTING EM FIELD ENERGY TO G-FIELD ENERGY AND VICE VERSA.
Within the framework of Kaluza theory, the distinction between electromagnetic (EM) fields and gravitational fields is non-existent; instead, a unified five-dimensional (5-d) gravitational field is posited. The EM field is considered an aspect of this unified field within the fifth dimension, while the gravitational field as we commonly perceive it exists within the traditional four-dimensional space.

This unified field, or the "5-field," thus consists of two primary components: the fifth-dimensional component, representing the EM field, and the four-dimensional component, representing the gravitational (G) field. The force-like effects in this five-dimensional space arise from gradients or differentials in the 5-d gravitational potential. These gradients bifurcate into two categories: the fifth-dimensional gradient contributing to our observable EM field, and the four-dimensional gradient responsible for our observable gravitational field.

The 5-d gravitational potential predominantly manifests as an EM field outside our familiar four-dimensional space, significantly more so than it manifests as a gravitational field within it. For instance, the electric field between two electrons is vastly stronger than the gravitational field, underscoring the predominance of the EM aspect of the unified field.

Blocking the fifth-dimensional bleed-off of the 5-potential, redirects this potential to enhance the gravitational field within four-dimensional space. This would amplify the gravitational field to a degree normally reserved for electromagnetic interactions.

Engineering such a blockade involves counterbalancing EM force fields to achieve a vector sum of zero.
This offers a pathway for the direct engineering of gravitational, mass, and inertial phenomena, leveraging the principles of five-dimensional space to influence four-dimensional reality.

NORMAL EM BLEEDS-OFF G-FIELD.

The five-dimensional (5-d) gravitational potential within the vacuum of five-dimensional space can be analogously compared to a high-pressure environment contained within a large tank. This tank features a substantial opening in the fifth dimension, facilitating a rapid discharge of the gravitational potential, analogous to the electromagnetic (EM) field. Conversely, within our familiar four-dimensional space, this "tank" presents only a minuscule opening, allowing a significantly lesser degree of the gravitational potential to escape, corresponding to the gravitational (G) field we observe.

However, if the larger opening to the fifth dimension is effectively sealed, reducing the outflow to minimal leakage, the majority of the gravitational potential is compelled to escape through the smaller four-dimensional opening, significantly intensifying this outflow. Under such conditions, the preponderance of the 5-dimensional potential manifests as a four-dimensional gravitational (4-G) force field.

Objects subjected to this augmented 4-G outflow demonstrate markedly increased mass and inertia, effectively behaving as if their gravitational influence has been amplified.

Indeed, mass may serve as a reservoir for this phenomenon, enhancing its capacity to contain trapped scalar resonance, thereby augmenting its inertia.

Employing scalar electromagnetic techniques to restrict the electromagnetic outflow enables the conversion of standard electromagnetic energy into pronounced gravitational and inertial forces. This methodology opens the door to a host of significant effects and applications.