Antigravity & UFO Reverse-Engineering Black Projects

August 3, 2024

In the UFO account Ryan Wood returns to most insistently, the stranger beside the craft is wearing fatigues, the vehicle has a fold-down boarding ramp, and its hull carries ordinary letters and numbers: TL 4768. To Wood, those details suggest a possibility almost as provocative as an extraterrestrial visit—that someone on Earth had already learned to build an unconventional flying machine, and that researchers outside classified programs might reconstruct the breakthrough from historical records, eyewitness accounts, and experiments. His presentation at APEC follows that search from a $600,000 Douglas Aircraft research program to a workbench holding high-voltage capacitors and magnets spinning at 15,000 revolutions per minute. It’s a story about a suspected technological secret, but also about the difficult transition from believing something exists to demonstrating how it works.

Antigravity is the $600,000 Question

Wood’s introduction to antigravity wasn’t a distant light in the sky. It was a conversation with his father. He remembers being approximately 13 when Bob Wood told him he was working on the subject at Douglas Aircraft Company. According to Wood, his father persuaded management to provide $600,000 for the investigation—an amount he compares with roughly $4.5 million in later purchasing power. The funding supported an effort to examine UFO reports, investigate theoretical possibilities, and conduct experiments that might reveal something about the relationship between electromagnetism, gravity, and light.

The opening came when management asked Bob what he was doing for fun. He replied that he’d read 50 UFO books and had only one question left. As Ryan recounts the exchange, that question was: “Are we going to figure out how this works before or after Lockheed does?” It reframed an unconventional interest as a competitive aerospace problem. If the reported capabilities represented a real technology, understanding them could matter enormously to a company that designed aircraft and missiles.

The resulting work ranged from interviewing people who reported abduction experiences to setting up a Michelson–Morley interferometer and exploring theoretical physics. Wood says approximately 157 pages of material related to Douglas’s gravity and theoretical research remain available. He hasn’t fully mined that collection for technical insights, but he considers it an important starting point. In his telling, the records document a serious effort to investigate the question, even though he doesn’t claim they contain a demonstrated solution.

By 1974, Ryan was conducting an optical experiment of his own. Working on a pool table in Newport Beach, he assembled an interferometer and introduced a magnetic field while looking for shifts in the interference fringes. The project earned him first prize at the Orange County Science Fair, he recalls. He doesn’t report discovering gravity control. What endured was the experience of taking an extraordinary idea and turning it into something that could be built, adjusted, and observed.

Following the Aerospace Paper Trail

Wood’s historical investigation reaches back to a 1951 newspaper account involving Dudley Bowen Clark. As Wood describes it, Clark’s operation sat down a dirt road in the desert, had approximately $6 million behind it, and held contracts associated with the Atomic Energy Commission, the Navy, and the Signal Corps. Among its reported objectives was a “gravity insulator.” Wood has assembled a substantial file on Clark and requested his FBI records, hoping to learn more about the people and technical activities behind the account.

A 1955 newspaper article provides another lead, this time involving Convair, a General Dynamics division. Wood studies the pictured apparatus for recognizable engineering features. He thinks it may involve spinning permanent magnets, possibly operating at high speed, and wonders whether some components are air bearings. His interpretation isn’t certain, but the image catches his attention because rotation appears repeatedly elsewhere in the material he’s collecting. It offers a possible experimental direction rather than a complete explanation.

Then there’s the 1956 Young Men magazine article announcing that the “G-engines” were coming. Its references to aerospace organizations and gravity-related ambitions help Wood reconstruct an era when such ideas appeared in public discussion. Read alongside the Clark account, the Convair material, and his father’s experience at Douglas, it suggests a broader industrial interest. The important distinction is between evidence that companies considered gravity research worth investigating and evidence that any of them successfully developed a new propulsion system.

Wood places particular emphasis on a theoretical research group established by Glenn L. Martin in 1955. He describes physicists and mathematicians working on fundamental questions that might bear on gravity, and he’s pursuing records on people associated with that research environment. George Trimble becomes especially important to his later investigation. For Wood, the historical task is to identify who was working on the problem, what they were trying, and where the public record stops.

A UFO with a Boarding Ramp

The possibility of human-built technology becomes more concrete in the sightings Wood discusses. One account, dated November 20, 1956, describes a woman observing a craft approximately 25 feet across. Its reported features included structures resembling electrical insulators, transformers, or Tesla coils. Wood emphasizes the combination of detailed drawings and an apparent absence of sound, heat, or smell as the object hovered and maneuvered. He regards the resemblance to familiar electrical equipment as a clue, while the actual function of those features remains unknown.

The case on which he places the greatest weight involves Eddie Laxton near Temple, Oklahoma, in 1966. Wood describes Laxton as an Air Force electronics veteran with approximately 15 years of experience who encountered a craft while driving to work. A man was standing outside it. Laxton reportedly stopped, got out of his car, and approached. When the other man noticed him, he entered the vehicle; a low humming sound began, and the craft departed rapidly.

Laxton’s drawing, as Wood presents it, included a horizontal stabilizer, lights, a fold-down boarding ramp, and the marking “TL 4768.” Wood interprets a large rear projection as an electrostatic wick and speculates that the letters might refer to something like a test lenticular device. That proposed meaning isn’t documented. More important to him is the witness’s impression of the occupant, whom Laxton described as a person in fatigues and a cap. Wood quotes Laxton’s conclusion: “What I saw was definitely not from space.”

Wood then works backward through a hypothetical development schedule. If the machine operated in 1966, perhaps it was built in 1964 and the enabling discovery occurred in 1962 or earlier. Those dates are his inference, not milestones established by project records. Nevertheless, they shape his approach: he wants to think in terms of analog instruments, high-power vacuum tubes, magnets, electrostatics, and capacitor dielectrics such as barium titanate. A technology operating in that period, he reasons, shouldn’t require researchers to begin by assuming access to modern advanced electronics.

Rotation, Humming, and Electrical Discharges

Counter-rotation is another feature Wood keeps returning to. He describes accounts in which different portions of a disk appeared to rotate in opposite directions, including a New Zealand case that he says attracted high-level military attention. Some reports also include a hum or other mechanical-sounding noise. To him, those observations suggest machinery with identifiable operating characteristics. They don’t explain propulsion on their own, but they give him a reason to examine rotating magnetic systems rather than treating every unusual craft as an entirely inscrutable object.

A 1967 account introduces a much stranger configuration, which Wood calls an “orange juicer with tentacles.” In his retelling, a man named Bill went outside after hearing dogs bark and encountered strong static-electric effects. The object reportedly had trailing appendages and gooseneck-like lights. Other objects appeared near high-tension power lines, glowing red and seemingly drawing power. The witness gathered his family and drove to a neighbor’s house, where others continued watching. Wood interprets the appendages as possible electrostatic wicks, although neither that interpretation nor the apparent power extraction is established by measurements in his presentation.

A Venezuelan report adds another electrical-looking configuration. Wood describes an observer looking from an apartment toward a craft approximately 100 feet away. The object reportedly had two hemispherical sections with luminous activity between them. What might look like flame jets, he suggests, could instead have been plasma or electrical discharges. Another apparently similar craft was also reported. For Wood, the geometry and repeated appearance matter because they might indicate a common design rather than an isolated, unclassifiable phenomenon.

A Canadian case from 2013 describes a barbell-shaped object rotating around its central axis while producing a spark-like shower or luminous glow. Wood says a second apparently identical object appeared approximately six minutes later. Repeated configurations make him think about manufacturing, although they don’t identify a manufacturer or establish a propulsion mechanism. Across these accounts, he’s assembling a recurring set of observations: rotation, humming, static electricity, luminous discharges, and structures that resemble engineered components.

Did the Research Go Underground?

The black-project hypothesis begins where Wood believes the public paper trail becomes quieter. He points to the cancellation of nuclear-aircraft propulsion efforts and a decline in the newspaper coverage he’s following during the 1960s. He acknowledges straightforward reasons not to pursue a flying nuclear power system, but also considers whether another propulsion possibility might have changed priorities. His broader suspicions include research being redirected toward other applications or theoretical paths. Those ideas are part of his interpretation of the historical pattern; the presentation doesn’t document a coordinated decision to conceal a gravity-control breakthrough.

Statements attributed to Lockheed’s Ben Rich provide another strand. Wood highlights remarks about an “error in the equations,” having figured something out, and traveling to the stars without requiring a lifetime. He reads that language as suggesting a discovery made by human researchers rather than a finished answer supplied by extraterrestrials. He wonders whether the supposed error involved general relativity, Maxwell’s equations, or their relationship. But he doesn’t provide corrected equations or a technical report establishing what the attributed statements meant.

Nick Cook’s The Hunt for Zero Point supplies a further investigative route through George Trimble. In Wood’s reading, Trimble represents someone who might have possessed important firsthand knowledge but wouldn’t discuss it. Wood wants to interview Cook and seek out Trimble’s children or grandchildren, while also pursuing Trimble’s FBI file. The objective is to move from an intriguing silence toward identifiable people, projects, and records. A reluctance to talk can motivate an investigation, but it doesn’t disclose the underlying engineering.

Wood also discusses an alleged classified document called the Encyclopedia of Flying Saucers. He describes original onion-skin material bearing a “Top Secret Magic” marking and focuses on a handwritten warning near a passage addressing whether saucers could be human-made: “This should not get out.” Wood says the paper, ink, pen marks, and classification stamps have undergone forensic testing. His presentation doesn’t provide the complete provenance or testing details needed to independently evaluate that claim. The document therefore occupies the same position as several other items in his investigation: potentially significant, but not a substitute for demonstrable technology.

Looking for the Missing Physics

To extract engineering questions from the sightings, Wood turns to Paul Hill’s Unconventional Flying Objects. He describes Hill as a NASA engineer who collected and analyzed reported characteristics such as magnetic effects, electrostatic effects, shapes, and extreme maneuvers. Wood is particularly interested in accounts of accelerations that appear difficult to reconcile with an occupied conventional vehicle. He interprets those reports as pointing toward gravity manipulation or inertia control, although the presentation doesn’t establish the reported maneuvers as instrumented measurements demonstrating either.

The mechanisms Wood returns to form a broad collection rather than a unified theory: counter-rotation, torsional or rotating magnetic fields, zero-point energy, nuclear spin, and electrostatics. His reading of Cook’s investigation reinforces that collection. He suspects the energy source may involve the zero-point field, while rotation and electromagnetic interactions could be important to the operating mechanism. He doesn’t claim to have an equation tying those ideas together. He’s trying to identify combinations worth testing.

A more explicitly technical lead comes from material he associates with David Froning and the Air Force Research Laboratory. Wood describes an interest in proposals involving high-voltage, high-frequency electromagnetic pulsations intended to induce mass fluctuations within the electronic and ionic structures of dielectric materials. The wording matters to him because it connects electric fields, pulsed operation, material structure, and a proposed mass-related effect. He sees it as an openly discussed research direction that overlaps with his own suspicions, not as a disclosed specification for an operational secret vehicle.

Wood also points to a 1980 debate in Nature over competing electromagnetic tensor descriptions and an Italian paper proposing force generation associated with asymmetric regions of the zero-point field. In his account of the latter, higher- and lower-frequency regions appear in a geometry intended to produce a directional effect. He wonders whether such an arrangement could relate to triangular, pyramidal, or conical shapes reported in UFO cases. He openly acknowledges that he doesn’t understand every part of the theory. What interests him is whether it identifies a physical arrangement that can be investigated.

Anomalies Aren’t Enough

Among the claims Wood wants to understand is a magnet-drop demonstration associated with Boyd Bushman. In Wood’s description, assemblies involving opposing north poles fell at a different rate from another magnetic configuration when dropped approximately four stories. He regards the reported difference as potentially fundamental and says Bushman’s FBI file, which he has received, contains numerous antigravity references. However, the presentation doesn’t supply the timing records, complete apparatus, or analysis needed to evaluate the effect. It’s a lead he wants examined, not a result he independently establishes.

Wood also acknowledges that attempts to reproduce unusual gravity effects haven’t consistently produced positive results. He cites George Hathaway’s report of seeing no effect in one replication discussed during the presentation. In work involving dynamic nuclear polarization, Wood describes results from a collaboration involving Hathaway and Dan Alzofon as ambiguous. He still considers the research direction interesting, but doesn’t claim it has been demonstrated. “I don’t know if it’s going to work or not,” he says, before emphasizing the value of continuing to perform experiments.

John Brandenburg’s work elicits an especially direct challenge. Wood refers to a $200,000 DARPA contract associated with Brandenburg’s theory and a claimed 7% mass reduction in experiments. He’s interested in the proposed role of a vortex of Poynting vectors, but the percentage raises a practical question: “Where’s the scale up?” Wood wants to know why a substantial preliminary effect hasn’t led to a larger, stronger demonstration. He says the claim lacks mainstream validation and repetition, making it an example of the gap between an intriguing result and a developed technology.

His survey also includes a triode vacuum amplifier, “Madman” Markham’s high-voltage stories, and John Hutchinson’s alleged material-manipulation effects. Wood’s confidence varies markedly. He extracts bifilar windings from the amplifier discussion but considers that approach likely to be a dead end. From the Markham accounts, he notes voltages ranging from approximately 20 kilovolts to 3 megavolts, together with electromagnets and vortex-like effects. He’s interested in Hutchinson’s claims but believes some demonstrations were faked. These accounts serve as possible sources of experimental ideas, not as a consistent body of validated evidence.

Strange Materials, Practical Questions

Materials offer another possible route into the problem. Wood discusses a bismuth-magnesium specimen associated in UFO accounts with Roswell and mentions pieces reportedly sold by Linda Moulton Howe for approximately $30,000. He describes additional claims involving zinc, aluminum, and an unusual arrangement of iridium atoms. Yet he doesn’t accept every detail uncritically. The reported atomic arrangement prompts him to ask how it was measured in the first place.

A related claim holds that the material might levitate under terahertz-frequency excitation. Wood says Hathaway investigated it without observing a shielding effect, while noting that the test didn’t use the proposed terahertz conditions. That leaves a question, not a positive result. Even if a specimen eventually displayed an unusual property, another engineering problem would remain. As Wood puts it: “How do you make the damn stuff?” A remarkable sample wouldn’t automatically provide a reproducible manufacturing process.

A second specimen attracted his attention at a MUFON event in Dallas on July 13, 2024. Wood describes an exceptionally lightweight material that a witness reportedly associated with Russia. According to his account, handheld X-ray fluorescence readings identified calcium, iron, copper, and titanium. He recalls a demonstration emphasizing the specimen’s low weight by displaying it on a flower. Its claimed origin remains separate from the question that interests him experimentally: what measurable properties does the material possess?

Wood compares that question with calcium copper titanate, or CCTO, citing dielectric K factors reaching approximately 100,000. He wonders whether the lightweight specimen could combine a similarly high dielectric response with much less mass. He doesn’t provide a measurement establishing that property for the MUFON material. Nevertheless, the comparison explains why unusual dielectrics matter to his workbench plans. He’s looking for materials whose electrical characteristics might make different capacitor configurations worth investigating.

A Detector Before a Flying Saucer

When Wood turns from the historical cases to his own experiments, he returns to the instrument he used as a teenager: the interferometer. He wants to place experimental apparatus within an optical measurement arrangement and look for changes in the interference fringes while varying electric and magnetic conditions. He describes the objective as investigating possible changes in light propagation. The immediate target isn’t a machine lifting off a bench, but a measurable response that might help determine whether a particular configuration deserves further work.

His first evolving design combines motor-driven permanent magnets, Helmholtz coils, bifilar windings, and asymmetric capacitors. He’s still considering whether to use one capacitor or two and whether changing their orientation by 90 degrees might matter. An additional electrostatic element sits between the coils and rotating magnets. Wood characterizes the arrangement as combining Van de Graaff-like electrostatics, coil-generated fields, and effects he associates with spinning magnets. The device is a research configuration, not a finished propulsion system.

Workbench photographs mark a concrete transition from collecting stories to fabricating hardware. Wood describes using radio-control motors capable of approximately 15,000 revolutions per minute and making custom plastic holders for components. That stage forces practical decisions about geometry and arrangement that don’t arise when an idea exists only as a sketch. “When you start building things, it gets a lot more real,” he says.

It also creates a difficult testing problem. Coil voltages, currents, capacitor arrangements, and rotating components can all vary, leaving Wood with what he describes as an unwieldy experimental matrix. He’s open about the possibility that parts of the concept are wrong. An optical fringe shift, should one occur, would be an observation to investigate rather than an automatic demonstration of antigravity. At the point described in his presentation, he’s developing the apparatus and the questions, not announcing a verified gravity-control result.

Fifty Thousand Volts and a Pyramid

A second concept places a ring of capacitors in series in the center of the apparatus, with voltages reaching approximately 50,000 volts. Rotating permanent magnets remain part of the arrangement, while bifilar windings are an option Wood hasn’t settled. He’s unsure whether a response, if one appears, might involve electricity generation, a gravity-related effect, or something else. That uncertainty is explicit. He can imagine a physicist looking at the design and telling him he needs to change the approach.

Geometry becomes a separate experimental variable in his asymmetric-capacitor work. Wood is considering a pyramidal shape, potentially using the proportions of the Giza pyramid. The idea connects with a UFO account he discussed earlier involving a flying pyramid, a motorcycle failure, and reported illness. He’s less confident in that sighting than in some of the other cases, and he doesn’t establish a connection between it and his capacitor. The shape is something he wants to explore, not a demonstrated operating principle.

The material preparation he describes is considerably more specific. His plan involves obtaining CCTO, considering bismuth as an additive, and pressing the material under approximately 30,000–40,000 pounds of force—equivalent to 15–20 tons. He then describes heating it for roughly 10 hours at 800 degrees Celsius and using a water jet to cut the desired geometry. These are his proposed fabrication parameters, presented as part of work in progress rather than as a validated recipe for propulsion.

Once a suitable component exists, Wood wants to investigate its response to square waves and electrical pulses. That brings several strands of the presentation into one experiment: unusual dielectric properties, asymmetric geometry, high voltage, and time-varying excitation. The unanswered question is whether those ingredients produce any repeatable effect relevant to his goal. He hasn’t claimed that they do. What he has done is narrow a sprawling collection of UFO narratives and theoretical suggestions into physical configurations that can be built and examined.

Reopening the Archives

The laboratory effort runs alongside Wood’s continuing work with historical cases. He says the second edition of his book on alleged UFO crashes contains 104 cases from around the world, compared with 74 in the first edition. He distinguishes that collection from a more focused physical analysis such as Hill’s. More cases can broaden the investigative record, but the technical task is to determine whether their details reveal consistent, useful characteristics.

To help navigate the literature, Wood and collaborator Chris Ekman have assembled a private AI-assisted research resource around gravity-related books, journals, and periodicals. Wood describes working with a dedicated collection rather than simply posing broad questions without a defined source base. The intention is to explore connections, retrieve relevant ideas, and help identify questions that deserve closer attention. He hopes to make the resource remotely accessible to collaborators.

Wood describes using a similar approach in fusion research through Electric Fusion Systems. There, he says, a tool built around the fusion literature has been useful for exploring ideas and obtaining calculations. He wants comparable assistance with the gravity collection, including historical material from Douglas. The resource gives him another way to search a large and uneven body of work; the physical experiments remain the part of the program intended to establish whether the ideas produce observable effects.

His investigative plans also include obtaining FBI files, interviewing researchers and relatives, and identifying corporate research teams. Clark and Trimble are among the people whose records he’s pursuing, while Bushman’s file is already in hand. Wood also mentions remote viewing as an investigative avenue he has used, separate from the document-based and instrument-based work. The broader aim is to find people who may know something specific enough to move the inquiry beyond repeatedly retelling the same stories.

The Test That Matters

Wood’s preferred word for the task is “rediscover.” It captures his belief that someone may already have solved the problem and that the missing knowledge might be reconstructed. But it also exposes the central uncertainty. His historical interpretation assumes a breakthrough that his public experimental program would still need to demonstrate. The records, sightings, attributed statements, and unusual materials can guide that search without settling its outcome.

He’s seeking ideas and investment, while continuing work on his own. Just as importantly, he says he’s open to technically informed criticism of his apparatus. The presentation contains enthusiasm, but also repeated admissions that a configuration may be wrong, a reported result may not hold up, or a promising effect may lead nowhere. His strongest response to those possibilities isn’t another secrecy claim. It’s the decision to keep building and testing.

The motivation extends beyond aircraft. Wood argues that a genuine breakthrough in propulsion or energy could have implications for water, food, aviation, and environmental improvement. That’s why the possibility of withheld technology carries such moral weight for him. Those benefits remain hypothetical, as does the secret system he suspects exists. Nevertheless, they explain his insistence that any successful result should be demonstrated openly rather than left dependent on private assurances.

His stated endpoint is to “build it and test it and prove it in a public big way.” It brings the story back to the question his father once put to Douglas management. The competitive challenge was whether Douglas would understand the technology before Lockheed did. Ryan Wood’s work now poses a different test: whether a collection of historical clues can lead to a reproducible physical result that doesn’t require anyone to believe the black-project story first.