Gravity is not an invisible pulling force—it is a measurable pressure field formed by acoustic wave interactions within a plasma-filled medium.

For centuries, gravity has been described as a force of attraction between objects with mass. Newton framed it as an action-at-a-distance. Einstein reinterpreted it as the curvature of spacetime. But both of these ideas assume one critical thing: that space is empty. This is where Acoustic Gravitic Theory (AGT) departs entirely from mainstream cosmology. Space is not a vacuum—it is filled with plasma, an ionized medium capable of transmitting waves. Within this medium, gravity is not a pull—it is a wave-induced pressure gradient.

Instead of relying on curvature or mass-to-mass attraction, AGT proposes a fluid dynamic framework. The Sun emits constant streams of ELF and ULF waves, which travel through heliospheric plasma and couple with the Earth’s lithosphere. This coupling produces persistent infrasound, or mechanical vibrations, that move upward into the atmosphere. These infrasonic pressure waves press downward on matter at Earth’s surface, creating what we interpret as weight. In short, gravity is not mass-dependent—it is a resonant pressure field created by solar-induced oscillations within a conductive medium.

Why General Relativity Fails

The general theory of relativity offers no causal mechanism for gravity beyond abstract curvature. It does not explain the physical source of gravitational “pull,” nor does it provide measurable intermediaries between mass and spacetime deformation. Furthermore, relativity breaks down at both quantum and cosmological scales, requiring invisible patches like dark matter and dark energy to salvage its predictions.

AGT solves these problems by eliminating the need for mass-induced curvature entirely. It treats gravity as a mechanically driven wave interaction, not a geometric distortion. This shift brings gravity into the domain of testable physics: pressure, frequency, density, and amplitude. Rather than postulating invisible phenomena, AGT points to measurable, real-world causes—plasma oscillations, acoustic pressure gradients, and resonant cavity effects that match observed gravitational behavior across scales.

The Plasma Medium and Bjerknes Forces

The core mechanism within AGT is based on Primary Bjerknes Forces—fluid dynamic principles describing how pulsating bodies in a compressible medium attract or repel based on their vibratory phase. In this model, Earth behaves like a driven resonant cavity: solar waves input energy into the lithosphere, producing infrasonic oscillations that rise into the atmosphere. These waves create downward pressure that accumulates on matter, producing the phenomenon we call gravity.

This relationship is captured by the following wave pressure equation:

Where:

• P = acoustic pressure (Pa)
• ρ = atmospheric density (kg/m³)
• v = infrasound particle velocity (m/s)
• λ = wavelength of the dominant infrasonic oscillation (m)

This equation shows that gravitational pressure arises from wave energy distributed across a medium. It is not caused by mass acting at a distance, but by wave impedance acting across a boundary. The greater the mismatch between an object’s density and the wave medium, the greater the pressure differential that results in gravitational “weight.”

Gravity as Wave-Based Pressure

In AGT, all planetary bodies are held in stable orbits not because of attraction, but because they sit within nodal troughs of massive solar magnetosonic waves. These troughs are further stabilized by Langmuir waves, forming electrostatic scaffolding that locks orbital positions. On the planetary scale, vertical infrasonic gradients determine the localized strength of gravity. At the surface, these gradients produce consistent, downward pressure fields whose magnitude matches Earth’s known gravitational acceleration—without invoking spacetime or invisible particles.

What we call gravity is thus not a fundamental force. It is a derivative effect, arising from solar-induced resonance, and the impedance between atmospheric infrasound and physical matter. This model transforms gravity from an abstract curvature into a measurable acoustic field with real, physical sources and pathways.

The Role of Solar Waves

Under AGT, the Sun is not merely a source of light and heat—it is the central vibratory engine of the entire heliospheric system. It constantly emits ELF (Extremely Low Frequency), ULF (Ultra Low Frequency), magnetosonic, and Alfvén waves. These propagate through the interplanetary plasma medium and couple into planetary systems through their magnetospheres and ionospheres.

When these waves reach Earth, they travel along magnetic field lines and enter the atmosphere through polar conduits. The interaction between these waves and Earth’s molten interior produces mechanical vibrations—known in geophysics as the Earth’s hum. This hum is not a poetic metaphor; it is a real, measurable infrasound signal that persists even in the absence of seismic events.

As this hum radiates back upward, it establishes vertical infrasonic gradients that push downward on all objects within the atmospheric shell. These gradients are strongest near the surface and taper off with altitude, precisely matching the observed fall-off of gravitational strength. No “mass warping spacetime” is required. Instead, the Sun drives a resonant system in which gravity is pressure, and pressure is wave energy.

Measurable, Testable, and Scalable

Unlike models that rely on metaphysical constructs like curved spacetime, AGT is fully testable. Its predictions revolve around quantifiable parameters: frequency, pressure, density, and wave velocity. Laboratory tests using phased infrasound can create levitation effects at small scales. These results scale naturally to Earth’s gravity if the input solar energy is accounted for.

AGT also predicts that gravitational anomalies should correlate with solar wave variations, auroral activity, and seismic infrasound emissions. These correlations can be measured using specialized arrays such as a Vertical Infrasound Gradient Array (VIGA)—a proposed instrument designed to detect localized pressure gradients in the infrasonic band. These measurements, if conducted, would confirm or falsify AGT in the clearest possible terms.

Gravity Begins at the Ground

The most revolutionary claim of AGT is this: gravity does not come from above or from mass—it originates from the Earth itself. Not because of its mass, but because it is a vibratory body embedded in a wave-filled medium. Solar wave input drives seismic oscillations. Those oscillations produce upward infrasound. That infrasound is reflected downward by atmospheric boundaries, creating a standing pressure field that pushes on every object in contact with the air or surface.

This means the direction of gravity is not a vector toward the Earth’s center—but a vertical field of pressure imposed by the mismatch between infrasound waves and matter. The inability of those waves to pass cleanly through dense solids results in a persistent net force downward, experienced as gravitational weight.

Gravity Is Not a Constant

Because AGT ties gravity to wave input, it naturally predicts that gravity should vary slightly with solar activity, season, geographic location, and subsurface density. In fact, anomalies in gravity have already been documented during solar eclipses, geomagnetic storms, and strong auroral events—but they are dismissed or minimized under current models.

AGT embraces these variations. It predicts that gravity is locally tunable—and even reversible—by generating destructive interference waves in the infrasonic spectrum. By matching phase and amplitude to the local pressure gradient and inverting it, gravitational pressure can be cancelled. This is not a thought experiment—it is the basis for the Acoustic Gravity Cancellation Prototype currently in development.

Toward a New Paradigm

Acoustic Gravitic Theory offers more than an explanation. It offers a framework for experimentation, a blueprint for propulsion, and a new understanding of matter-space interaction. Gravity, under this model, is not mysterious. It is mechanical. It is wave-based. It is local, emergent, and engineerable.

In this new paradigm, space is no longer empty. Mass is no longer king. Curvature is no longer required. Instead, we begin with medium, wave, and impedance. We end with measurable pressure and practical systems for gravitational control. Gravity is not fundamental. It is formed—and we now understand how.