The Soviet Engineer, the Opera Singer, the Spy; and Lacatski’s Missing AAWSAP Physics
James Lacatski confirms the gap in his new book. We've had what's missing. With a Presidential Directive in-play, Congress needs a UAP Oversight "reset," turning a critical eye towards the gatekeeper
"No one's touching it yet - although I agree - it's dangerous to walk a tightrope, especially when all the physical characteristics are disclosed on paper, plus there's the inventor's political priority (see work 6)."
Valerijs Černohajev, March 30, 2013.
On March 14, 2026, James Lacatski published “Inside the U.S. Government Covert UFO Program: Future Visions.”
This fact alone would not register outside a narrow community of researchers and national security professionals. Lacatski is not a public figure in the conventional sense. He does not appear on podcasts. He does not file congressional testimony. He is a Defense Intelligence Agency scientist with a doctorate in nuclear engineering and a publication record through Oak Ridge National Laboratory. He is the kind of person whose name appears in footnotes rather than headlines.
But it’s what he writes in Chapter 17 of that book that changes the analytical picture for anyone paying attention to UAP disclosure.
“The Thread III cover states that the report consists of the main volume and twelve attachments. The twelve attachments were not included with the main document, and attempts to locate them have been unsuccessful.”
Thread III was a Soviet research program, active from 1991 to 1995, that investigated non-traditional propulsion physics, exotic field mechanics, and the biological effects of anomalous aerospace phenomena. It was a document that shaped Lacatski’s program. AAWSAP (the Advanced Aerospace Weapon System Applications Program, $22 million, contracted in August 2008) was built in significant part on what Thread III described.
Thread III was missing its technical core. It had been missing for 34 years. Lacatski, in his own published book, confirms that all attempts to locate the 12 attachments failed.
This matters for a reason that has nothing to do with speculation.
WHAT AAWSAP WAS TRYING TO RECONSTRUCT
Thread III’s main volume was not a technical document. It was a research program summary. It identified four objectives, described the state of Soviet knowledge on each, and pointed toward the content its 12 attachments were meant to provide.
Those four objectives were: non-traditional propulsive agents and their interaction with the environment (the book uses the phrase “Non-Traditional Propulsive Agents”); functional physical fields and form radiation (“Functional Physical Fields/Form Radiation” in the original); the biological effects of anomalous aerospace phenomena on personnel; and the possible impact of consciousness on time streams.
Thread III’s own conclusions on all four were explicit about what it could not resolve. Non-traditional propulsion was identified as “promising” but produced no derivation. Functional physical fields were found to be “undetermined — no results.” The consciousness-time stream interaction was addressed only through “theoretical assumptions.”
Lacatski’s program commissioned 38 Defense Intelligence Reference Documents (DIRDS) to work those same four problems. Eric Davis authored six of them, covering warp drive, traversable wormholes, quantum vacuum extraction, antigravity, laser lightcraft, and negative energy states. Davis himself concluded that general relativity contains no navigation laws. Hal Puthoff addressed the vacuum medium. Kit Green documented the biological signatures of personnel exposed to anomalous craft. The field physics remained undetermined. The navigation problem remained open. AAWSAP ended in 2012 with the same four questions Thread III had in 1991.
The 12 attachments, had they been found, would likely have contained the technical derivations the main volume summarized. The engineering specifics. The math that made the concepts actionable. Without them, Lacatski’s program had the questions. It could not build the answers.
VALERIJS ČERNOHAJEV
Before the fall of the Soviet Union Valerijs Černohajev was an aerospace engineer educated at one of the USSR’s premiere institutions under the Academy of Arts and Science, graduating from its Engineering program in 1981. Little is known about his exact work history after that. Bits and pieces include travel for work to Baikonur Cosmodrome; time spent living in Priozersk, Kazakhstan, the administrative center of Sary-Shagan (the closed Soviet complex running directed energy, anti-ballistic missile, and advanced aerospace research) prior to 1986, trips to Moscow and around Russia. He possessed a security-access pass to the Duma (Russian State Parliament) and his social network intersected with Diplomats and Party Officials.
His daughter believed he was a Plumber.
But Černohajev worked in the same institutional world, during the same operational window, as the programs that preceded Thread III.
Before his death in December 2019, he sent 119 pages of documents to his daughter Natalja, an opera mezzo-soprano who spent seven seasons with the Latvian National Opera and continues performing across the US and internationally, along with holding a Master’s in IT Engineering. She is also my wife. I am a retired U.S. Air Force veteran and former intelligence contractor who spent the better part of two decades assessing geopolitical and transnational security risks inside the global oil and gas sector.
That package sat unopened in our home until, spurred by a dream about her dad after his death, we opened it. Neither of us understood what we were looking at. Six years later, we completely understand.
He had produced 12 numbered technical works. They covered the same four domains Thread III identified. And they did not stop where Thread III did.
THE FOUR DOMAINS, RESOLVED
What follows is a domain-by-domain summary. The full technical analysis, including specific parameters and engineering derivations, is available at cernohajev.omeka.net.
Non-Traditional Propulsion
Thread III identified this domain as promising but left it without a derivation. Cernohajev’s Works 2, 2.2, and 4 contain the complete engineering architecture: an aneutronic deuterium-lithium fusion reactor, a magnetohydrodynamic power conversion system on a closed cycle, and a 32-solenoid superconducting propulsion array. The thrust formula is derived from first principles. The engineering is worked out in full. The specific fuel reaction, D+Li-6 producing two helium-4 nuclei at 22.4 MeV and selected because it produces no neutrons, is documented with full derivation in the archive linked below.
The calculations in the manuscripts are specific and independently verifiable. The field threshold, 16.65 Tesla, falls in the same order-of-magnitude range as the target independently specified by DARPA’s PUMP program in 2024 and the 20 Tesla threshold Commonwealth Fusion Systems crossed in 2021. The convergence confirms that the physics regime Cernohajev specified is the same regime serious institutional actors have independently concluded is relevant. The programs are not the same thing; the physics threshold is. He identified that regime decades before either program existed.
Functional Physical Fields and Form Radiation
Thread III concluded this domain was “undetermined — no results.” The nature of the fields UAPs generated, their propagation mechanism, and their interaction with matter could not be characterized.
Cernohajev’s Work 1 establishes the theoretical foundation his propulsion system rests on: Gravitational-Charge Dualism. The framework treats the vacuum not as empty space but as a physical medium composed of electron-positron pairs, with calculable mass density and charge density. The gravitational-charge energy field permeates this medium. Its local intensity determines the local rate of time flow, a claim Cernohajev anchors to the Mossbauer effect experiments conducted at Harvard in 1970, which demonstrated experimentally that time flow rate varies with altitude. Within this framework, a sufficiently powerful field system can modify the local spacetime metric without requiring the exotic negative energy that warp drive and wormhole models demand.
Works 3 and 5 extend this to the neutrino-magnetic flow, the mechanism by which changes in the gravitational-charge energy field propagate instantaneously rather than at the speed of light. This is Cernohajev’s account of what Thread III called Form Radiation: a field effect that propagates through the electron-positron vacuum without electromagnetic constraints.
Biological Effects
Kit Green’s DIRD documented the physiological consequences of close proximity to anomalous craft: burns, neurological damage, radiation-like injury patterns. His conclusion, stated plainly, was that advanced systems producing these effects are already deployed and opaque to full U.S. understanding.
The field specifications in Cernohajev’s manuscripts are consistent with producing exactly the injury signatures Green documented. The 16.65 Tesla magnetic threshold, the plasma corona produced by the solenoid array, and the high-frequency electromagnetic field generated at the hull boundary all map to the injury patterns Green catalogued. Green had the outcomes. The manuscripts contain the mechanism.
Consciousness and Navigation
This was Thread III’s most openly unresolved domain. The hypothesis that consciousness could interact with time streams was stated but not developed. Davis, working from general relativity, reached the same impasse from the opposite direction: GR provides no navigation laws. A craft that modifies its local spacetime metric has no internal mechanism for specifying where it goes.
Work 10 of the Cernohajev manuscripts contains the answer. It describes a tripartite model of human consciousness: material-bodily, intellectual, and spiritual components, centered respectively in the body, the brain, and the heart. The spiritual component, centered in the heart, interfaces with what Cernohajev calls the Information-Energy Field. This is the navigation mechanism. To be precise about what that means analytically: Cernohajev is using consciousness as a control variable in an engineering system. The claim carries no religious content. The argument is that the heart-centered field interface functions as a physical transducer. The operator’s intent couples to the gravitational-charge field, directs the system, and the craft repositions within the field without traversing the distance. The mechanism is specified. The physics that would make it work is derived elsewhere in the manuscripts.
Davis named the problem. Cernohajev had already solved it. They worked independently, in different countries, separated by decades, with no knowledge of each other.
“In 20 to 30 years, civilization will be working magnetohydrodynamic generators and magnetocharge generators. The energy efficiency of direct current is three times higher than that of alternating current.”
Valerijs Černohajev, December 8, 2013.
WHAT THE PROVENANCE ESTABLISHES
I am stating what the documented record establishes. Lacatski confirmed in print on March 14, 2026, that Thread III’s 12 attachments were never found and that all attempts to locate them failed. The 12 manuscripts we have published address all domains those attachments were meant to resolve. The engineer who produced them was embedded at the facility running the programs that preceded Thread III, during the precise operational window. His social media posts from 2012 independently corroborate Thread III’s documented findings on funding collapse, official science abandonment, and personal danger to researchers in this field, without specifically naming Thread III.
The compound probability of accidental alignment across all of those variables simultaneously is, as we stated in a March 2026 institutional analysis, analytically indistinguishable from zero.
The specifications in these works have not been falsified. They have been confirmed inapplicable to any known terrestrial design paradigm. Those are not the same finding.
THREE CONSEQUENCES
For researchers and physicists:
The archive is publicly accessible at cernohajev.omeka.net. The original Russian manuscripts are there. The English translations are there. The engineering derivations are there. Independent analysis requires no permission, no clearance, and no acceptance of any extraordinary claim. The parameters are specific and testable. The question is whether anyone with the relevant expertise engages with the material on its merits.
For Congress and oversight:
AAWSAP operated from a foundational source document that was structurally incomplete. The program’s own director has now confirmed this in print. Meaningful oversight of a program built on a document missing its technical core requires engaging with candidate resolutions to that gap. The archive exists. The analysis exists. The provenance is documentable. The question Congressional investigators and their staff are positioned to ask is direct: what did we build AAWSAP on, and what documents were missing at the time? That question now has a primary source, a candidate answer, and a public archive available for examination.
For anyone paying attention:
A Soviet engineer who worked inside the institutional world that produced UAP research spent decades working out the physics. He sent it to his daughter before he died. She published it in 2024. The Pentagon spent $22 million and four years trying to reconstruct exactly what he had already worked out. The answer was in our family’s hands the entire time; and in 6 years of sharing it with key figures in Disclosure, some of who are intimately familiar with AASSAP - not a single one of them put it together with the gap.
That is the consequence. That is why it matters.
"Valery Chernokhaev passed away on December 30, 2019, after a long illness."
Tatyana Yatsevich, a friend of Valerijs,’ January 7, 2020.
He never told Natalja that he was ill.
Full archive of original manuscripts:
Page-by-page translations and U.S. program analysis:
Gene Sticco is a retired U.S. Air Force Staff Sergeant with intelligence community experience and a former geopolitical risk analyst in the oil and gas sector. Natalja continues performing and her recordings can be found on her artist profiles on Apple Music, Spotify, YouTube, and other major streaming platforms.