UAP Introduction
Throughout history, petroglyphs and ancient texts have documented encounters with Unexplained Aerial Phenomena (UAP). That record has grown far more precise in recent decades. Civilians and military personnel have captured UAPs on video exhibiting flight characteristics that appear to defy conventional physics like;
extreme accelerations far beyond any known aircraft, instantaneous direction changes executed without sonic booms, prolonged hovering without visible means of propulsion, speeds exceeding 500 knots underwater, and seamless transitions between air and water at hypersonic speeds with little to no disturbance to the surrounding medium.

The cultural and political landscape surrounding this phenomenon is shifting rapidly. The movie Age of Disclosure, released late last year, featured compelling testimony from prominent military and political figures, shedding new light on long-concealed aspects of the UAP phenomenon. Building on that momentum,
Steven Spielberg's Disclosure Day is set to hit theaters later this year. The Pentagon's All-domain Anomaly Resolution Office (AARO) has also seen its caseload explode in 2026, logging over 2,000 reports. In response to growing public interest and concern, the Trump administration has announced plans to declassify key UAP-related documents and has registered new domains of alien.gov and aliens.gov. Meanwhile, Washington has seen a steady stream of congressional hearings on the subject.

The preceding context was established to make a single point: the UAP phenomenon is real and much remains unknown about it. Yet the most pressing question is not a philosophical one about where the UAP are from but about how they are breaking the laws of physics to move the way they do. The answer argued here is that they don't. Our current physics models are simply not advanced enough to account for what is being observed. What’s missing is not a piece of the physics puzzle. It is the need for an entirely different puzzle - a Unified Field Theory (UFT) that physicists have sought for over a century.

That UFT has now been developed, reconciling quantum mechanics and general relativity, two frameworks that are currently incompatible, treating each as fundamentally sound, while also naturally incorporating the accelerating expansion of the cosmos currently attributed to the placeholder of dark energy. In this way the

UFT creates a coherent framework that aligns with all experimental evidence without contradictions. That complete model is available at: AntonKrutz/uft
 
This white paper summary focuses specifically on the mechanics of spacetime within the UFT model as a needed foundation to then offer a rigorous physical explanation of the system that UAP use to achieve the effects commonly referred to as ‘antigravity’.

UFT Spacetime
The UFT posits that the quantum field consists of high frequency Virtual Energy Compression Plane Waves, or just Plane Waves (PWs) for short, that propagate through one another without interacting at very high frequency/velocity. The quantum field will herein be labeled as the virtual metric. (There is no ‘space’ or ‘time’ within the virtual metric.) The PWs have the mechanism potential within them to geometrically fold and compress. This mechanism forms a 'wave packet' of resistance and impediment - a virtual transformer – which decreases the PW frequency thus converting virtual energy into relativistic energy. Once wave packets are formed, the PWs can interact with one another through these localized dynamics. Those wave packets will herein by labeled as what we recognize as particles. The internal force of a PW must be continually applied to keep a particle
formed. This mechanism of producing a particle also continually generates a soliton-lattice as a byproduct. (This is like the mechanism of continually applied current going through the resistance and impediment of a filament to produce light, also continually generates heat as a byproduct.) That new by-product is what we define as the standard metric of spacetime. So matter is constantly producing the spacetime within which it can then be measured and observed within.

The spacetime soliton-lattice is shape-retaining and liminal, neither fully physical nor virtual. The spacetime lattice exits particles in Planck length segments trillions of times a second. (The exact number of lattice segments per second that exit a hydrogen atom at rest is 6.55 x 10 to the 24th power - 6.55 yotta). This is the same
as the number of Planck lengths in the diameter of a hydrogen atom,) The generation of these lattice segments is the refresh rate of ‘spacetime’ and why matter, space and time are always interconnected in their interactions. The Planck segments connect at their junction ends, through a Casimir-type attraction affect, and align into a stable elastic spacetime grid. [Note: There are sub-Planck gaps between the junctures of emergent-spacetime lattice segments as they exit matter. But those tiny gaps exclude the full spectrum of virtual-metric PWs from entering, thereby creating an enormous imbalance in virtual radiation pressure that instantly pulls the segment ends together and locks them into an elastic grid after they exit matter with far greater force than a standard Casimir effect.] In turn, the smoothness of spacetime at macroscopic scales is akin to how quantized energy
appears continuous in classical physics. This mechanism has new spacetime continually being 'pushed out' (i.e. Emergent Spacetime) from particles, matter and massive objects (i.e. moons, planets and suns). Therefore, Emergent Spacetime is constantly applying outward pressure and compression on already existing spacetime (i.e. Extant Spacetime). This process drives the expansion of the cosmos, while conserving total energy through matter-based processes.

The UFT spacetime model is consistent with general relativity observations, including gravitational lensing, cosmological redshift, geodesics, and the propagation of gravitational waves. In this model, Emergent Spacetime from massive objects interacts with Extant Spacetime, influencing the curvature of spacetime to produce what we observe as gravity. The denser output of Emergent Spacetime from massive objects compresses and deforms the Extant Spacetime lattice, creating a dynamic equilibrium where spacetime pushes on itself, guiding matter along geodesics without direct interaction. This is because Extant Spacetime only indirectly interacts with matter because it is only directly interacting with Emergent Spacetime that is exiting matter. [Note: The observed effects attributed to the placeholder of dark energy is actually the ‘push force’ of Emergent Spacetime. The dark energy model fails under logical scrutiny because it attributes the universe's accelerating expansion to a mysterious
cosmological constant with fixed energy density yet provides no real source or mechanism for its existence. It requires spacetime itself to stretch faster than the speed of light across vast distances, without losing its normal local properties, while simultaneously demanding that new dark energy be continuously created throughout the newly formed spacetime volume to maintain constant density. Both the spacetime stretching and the endless mysterious production of new dark energy supposedly emerge from nowhere, directly violating energy conservation. Furthermore, recent James Webb Space Telescope observations have proven the dark energy model wrong with data showing that the expansion rate of the universe is significantly faster than predicted by the cosmic microwave background measurements. This discrepancy rules out measurement errors and demonstrates that the dark energy model fails on multiple fronts to explain cosmic expansion, thus showing that new physics is required.]

In contrast, the UFT spacetime model also aligns precisely with Einstein's own description of the ether as he described it: "According to the general theory of relativity space is endowed with physical qualities; in this sense, therefore, there exists an ether. According to the general theory of relativity space without ether is
unthinkable; for in such space there not only would be no propagation of light, but also no possibility of existence for standards of space and time nor therefore any space-time intervals in the physical sense." The UFT spacetime, comprised of a liminal elastic grid of lattices, possesses exactly these physical qualities of compression, mechanical resistance, stored energy, and dynamic curvature, as well as satisfying all other requirements Einstein outlined. Therefore, the UFT model is indispensable for understanding spacetime. Without the UFT, any coherent model of spacetime becomes, in Einstein's own words, "unthinkable."

Spacetime Entropy
In the UFT model, entropy plays a central role. In regions of outer space unaffected by massive objects, the spacetime lattice exhibits lower entropy with minimal elastic-energy disorder. While the spacetime surrounding massive bodies displays significantly higher entropy arising from the compressive interactions between the Emergent Spacetime continuously pushing outward against the Extant Spacetime. This is consistent with observed and measured physics, where greater mass corresponds to higher entropy and more pronounced spacetime warping around the object. But the UFT model now explains why the entropy framework is structured as it is.

MAF Bubble
Every form of electromagnetic radiation propagates along spacetime’s null geodesics precisely because spacetime itself acts as the liminal medium and the mechanical, energy-storing substrate, that carries those waves. Therefore, certain electromagnetic fields can directly affect the spacetime lattice. A purely static
electromagnetic field introduces no effect on the lattice grid, which just absorbs it. A rotating electromagnetic field has a slight pull-push affect, which the shape-retaining elastic lattice grid absorbs and then instantly returns to an ordered state. By contrast, an array of modulated cylinder electromagnets can be used to generate
a Migrating Asymmetric Field (MAF), which acts as a magnetic field vortex mediator that can strongly affect the spacetime lattice. (Just like the changing magnetic field of moving magnets acts as a mediator when it crosses a copper wire to affect it). The MAF produces a vortex with a continuous torque which completely disrupts the Casimir-type bonds between the lattice segments thus shearing the lattice grid. This is because the MAF enables the higher-frequency PW modes to flood into the newly formed gaps of the lattice junctions and unhinge
the lattice segments. This leads to rapidly equalizing the compression imbalance in those gaps, thus dissipating the spacetime grid localized only within the MAF. The result is an MAF created bubble that is not affected by the standard metric spacetime that normally enforces inertial and relativistic effects outside that
bubble.

The UAP have the capability to generate an extremely powerful and intense vortex MAF bubble. When the UAP is inside this bubble, the craft can simply ‘fall’ forward into a self-generated, extremely low entropy, gravitational-gradient pathway set to the direction the MAF is pointed toward. Within this bubble, distance, resistance, velocity, mass, space and time are no longer interconnected.

For those interested, there is now a patent-pending design that can generate an MAF, it is called a Force Warp Unit. Complete instructions and diagrams to build it, from commercially available supplies, are available at: AntonKrutz.com/force-warp

MAF Luminescence
Lastly, many UAP exhibit strikingly bright luminescence. This is especially true of the smaller orbs, which have been captured on video thousands of times in recent years. The reason for this luminescence is due to the persistent MAF rotational torque that continuously shears/unhinges the liminal soliton-lattice. This dissipates
the orderly elastic grid and leaves dangling junctions at the broken ends of the lattice segments. As a result the soliton energy, that would otherwise propagate smoothly through the continuous lattice, accumulates at these disrupted sites. The outcome is an intense concentration of vortical energy that is left at the localized
junction ends of each lattice segment within the MAF bubble. But at the point those lattice segments exit the MAF bubble, their concentrated energy attract each other over large gaps. Once the segments approach within a tiny gap, the Casimir-type effect takes hold again, triggering an abrupt and violent reconnection at the junctures. The concentrated stored energy from both junction ends then focuses into a hotspot, causing the trapped Plane Wave (PW) between them to fold and compress into a flash of visible photon emission.

This process closely mirrors the well-known mechanism of sonoluminescence. Usually, this mechanism happens with acoustic waves but physical objects can work as well. For instance, when two physical planks snap together rapidly and violently in water, they can instantly form low-pressure cavities that store kinetic and mechanical energy. A subsequent inertial collapse then concentrates the built-up energy into extreme-pressure hotspots that ionize trapped gas and emit brief flashes of visible photons. Analogously, the MAF’s persistent rotational torque
creates large ‘cavitation’ gaps between the lattice segments inside the bubble which then snap back together violently outside the MAF bubble. Collectively, across trillions of such reconnections, these events yield the characteristic luminescence glow outside the MAF bubble of the UAP, without involving any plasma or thermal processes.