UAP Analysis

On July 12, 2022, an MQ-9 surveillance drone operating in the Middle East recorded an apparent silver orb crossing its camera’s field of view. The 24-second clip later appeared at a Senate hearing, where the Pentagon’s All-domain Anomaly Resolution Office explained that the object remained unidentified but wasn’t displaying anomalous behavior. The footage presents an intriguing comparison: an established observation drone recording something that people might interpret as another kind of observation device. But that possibility is only one among several. A reflective sphere, a glowing atmospheric phenomenon, and an unresolved light can all become an “orb” in UFO reporting. Before connecting them to flying saucers, black triangles, or visiting spacecraft, there’s a more fundamental question to answer: Are we looking at vehicles, instruments, luminous processes—or several different things that happen to look round?

For aerospace researcher Jarod Yates, the search for an engine that could explain the alleged TR-3B black triangle UFO led into the papers of fusion physicist Friedwardt Winterberg. Working with Tim Ventura and Winterberg’s family, Yates examined correspondence, research proposals, calculations, and handwritten notes, looking for connections between a remarkable scientific career and an alleged aircraft capable of extraordinary flight. There wasn’t a confirmed TR-3B blueprint waiting in the archive. Instead, the search revealed an intersection of UFO testimony, Cold War research, and technologies that might explain portions of the mystery. Pulsed fusion, superconducting magnets, and relativistic plasma mirrors all have scientific histories. Whether they add up to the machine witnesses describe is another question entirely.

The extraordinary flight characteristics attributed to UAP have traditionally been described through five well-known observables. Engineering technologist and author Chad Wanless argues that five additional signatures—visible in photographs, video, infrared imagery and radar data—may offer clues to the propulsion mechanism itself.

A UAP moving through the air at hypersonic speed should have a glowing plasma sheath and massive sonic boom, while one entering the ocean should produce impact forces, vapor, cavitation and an acoustic pulse. Yet a recurring claim in the modern UAP literature describes objects that appear to do none of these things, which Lue Elizondo first popularized as “The Third Observable: Hypersonic Velocity Without Signatures.” Either the estimated velocities are wrong, the expected effects weren’t detected, or the UAP simply isn’t interacting with the surrounding medium in the way we expect. The difference among those possibilities may be found not by staring harder at the object, but by measuring what happens to the air and water around it.

In November 2004, Navy pilots from the USS Nimitz encountered a small white “Tic Tac” above a patch of disturbed Pacific water—an object described as wingless, rotorless, cockpitless, and radically unlike a conventional aircraft. From that unresolved maritime encounter, a larger speculative question emerges: if an advanced extraterrestrial intelligence studied Earth through autonomous machines rather than crewed vessels, could the oceans serve as hiding place, factory floor, fuel reservoir, and launch environment for AI-powered von Neumann probes using seawater as an industrial feedstock?

A featureless gray metallic ball doesn’t seem like an especially interesting UFO shape: no wings, no cockpit, no visible engines, no nose, no tail, no cinematic saucer rim. But that simplicity may be exactly what makes it interesting. If even a subset of the objects appearing spherical or ball-like in the PURSUE materials are physical vehicles rather than balloons, sensor artifacts, or misidentified aircraft, then the sphere is not a primitive shape at all. It is a design philosophy: a machine not bound to one direction, one atmosphere, one mode of propulsion, or one way of seeing the world.

For decades, Bob Lazar has insisted that the real mystery was never just a UFO in the Nevada desert, but the technology it contains: a compact reactor and gravity-based propulsion system built into a disk-shaped craft he called the Sport Model. In Lazar’s telling, the story begins not with alien mythology but with engineering attempts to understand how an impossible vehicle was powered, how it bent space and time, and how human scientists at a secret site tried to reverse-engineer technology beyond anything publicly known. This story follows those claims as Lazar describes them: a world of emitters, waveguides, distorted gravity, and a machine he claims turns some of the biggest pieces of science fiction mythology into a hardware reality.

Two independent teams—John and Gerry Tedesco, the Long Island engineers behind the Nightcrawler mobile research lab, and Chad Wanless with Dave Palachik of Canada’s Centre for the Scientific Study of Atmospheric Anomalies (CSSAA)—keep circling the same intriguing idea: some UAP cases look less like “fast aircraft” and more like “bent spacetime.” If the shared pattern is real, it reframes UAP from an intelligence mystery into a measurement problem—one where radar, optics, and geometry start behaving as if relativity has entered the conversation.

Two new peer-review papers catapulted a mid-century astronomical archive into global headlines – and put Dr. Beatriz Villarroel’s VASCO Project at the center of a debate about UAPs, disappearing stars, and whether the historical record contains a real physical signal or a long chain of misleading artifacts. Brief, star-like “transients” on 1950s Palomar sky-survey plates appear to cluster in time around nuclear testing – and also track, in a weaker way, the day-to-day volume of UAP reports. The claims are provocative. The dataset is old. The stakes are high – and the real story is less about certainty than about what it would take to turn a weird archival signal into a reproducible, present-day measurement.

Less than 5 months before his tragic death, Mark McCandlish delivered a final detailed, technical presentation on the legendary Alien Reproduction Vehicle (ARV) at the Alt Propulsion Conference. In a field crowded with rumor and recycled lore, McCandlish tried to do something unusually specific: treat the ARV story like an engineering problem—naming parts, proposing materials, describing electrical pathways, and arguing that multiple witness traditions converged on the same architecture. The result was less a “UFO story” than a guided tour through a speculative machine—one he insisted was reverse-engineered, human-built, and dangerously real.