THE DOCUMENTS
DOW-UAP-D140, “AAWSAP DIRD High Frequency Gravitational Wave Communications April 6 2010”, and DOW-UAP-D142, “AAWSAP DIRD Concepts for Extracting Energy from the Quantum Vacuum April 6 2010”, two Department of War records from the U.S. Department of War’s PURSUE Release 06, published at war.gov/ufo on 18 September 2026. Both titles are the release’s, taken from the file names. The documents’ own titles, printed on each cover and title page, are High-Frequency Gravitational Wave Communications and Concepts for Extracting Energy From the Quantum Vacuum. Each cover is a Defense Intelligence Reference Document cover with the Defense Intelligence Agency seal and the series line Acquisition Threat Support, dated 6 April 2010 with ICOD: 1 December 2009 beneath, and a control number: DIA-08-1004-005 on DOW-UAP-D140, DIA-08-1004-007 on DOW-UAP-D142. Each runs to 57 pages. The body of DOW-UAP-D140 runs pp. 6 to 42 and its Appendices A to C pp. 49 to 57; the body of DOW-UAP-D142 runs pp. 7 to 47, its one appendix pp. 48 to 49. This briefing cites PDF pages. Page 2 of each names the preparing office, Acquisition Support Division (DWO-3), Defense Warning Office, Directorate for Analysis, Defense Intelligence Agency, and places the paper in a series of advanced technology reports produced in FY 2009 under the Defense Warning Office’s Advanced Aerospace Weapon System Applications (AAWSA) Program. Every page of both is marked UNCLASSIFIED at head and foot, with FOR OFFICIAL USE ONLY struck through. In each, the only redactions are two labels on p. 2, neither a black bar and neither carrying an exemption code: the author’s name, replaced by AAP Person 77 on DOW-UAP-D140 and AAP Person 58 on DOW-UAP-D142, overprinted in large type with no box under the printed word Author:, and AAP Person 1, in a thin-ruled white box before the words AAWSA Program Manager.
Why this one is worth your time
The release dates four of its 37 technical papers 6 April 2010. These two share a preparing office, a length of 57 pages and the same two kinds of label in the same places on p. 2, and they take opposite shapes. D140 sets out how gravitational waves might carry messages through the Earth and draws a timeline running to 2050. D142 reviews schemes for drawing energy from the quantum vacuum, reports what the experiments returned, and concludes that quantum electrodynamics, which it calls the most comprehensive quantum theory to date, does not support continuous extraction. Neither paper cites the other, and neither text layer uses UAP, UFO or unidentified as a word.
What the documents say
D140: the proposal. Section 1.1 says that of the applications of high-frequency gravitational waves, which the paper defines after Douglass and Braginsky (1979) as gravitational waves above 100 kHz, communication appears to be the most important and most immediate (p. 6). It says such waves pass through all ordinary material things without attenuation and offers the example of communicating directly through the Earth from Moscow to Caracas without cables, relays or satellite transponders (p. 6). Its summary says fourteen laboratory generators have been proposed in the past 45 years and ten detectors since 1978, all in peer-reviewed journal articles; that a piezoelectric approach is best for a proof-of-concept test and an infrared-excited molecules approach best for an operational transmitter; and that the proposed Li-Baker detector shows the most promise (p. 5). The paper calls that infrared approach very theoretical (p. 12). The summary also claims a very low probability of interception, because the beam is extremely narrow and passes directly through the Earth, and gives a theoretical information-transfer rate for such a link (p. 5). The figures behind these claims (pp. 5, 15 to 16, 21 to 26, 30) are not reproduced here. The recommended detector rests on what the paper calls the Li effect, after Li, Tang and Zhao (1992) (p. 17).
D140: what exists. The paper says detectors for these waves had been fabricated at Birmingham University, INFN Genoa and in Japan, and that their sensitivities were orders of magnitude less than what is required to detect relic gravitational waves from the big bang (p. 17); of the Genoa detector it says there is no further development (p. 18). Its one sentence using the word military asks that all four candidate detectors, plus possibly superconductors, be analysed for possible military applications (p. 17). Its link budget section ends by saying that many of the parameters predicted for the components will not be verified until a successful experiment can be performed (p. 29).
D140: the roadmap and beyond. Section 4.1 asks for continued theory and for laboratory devices, says the work is best done in research universities for the next ten years or so, and names the National Science Foundation as the funding activity that would coordinate it (pp. 37 to 38). Figure 24 runs from an Exp R&D Go-Ahead at 2009 through a Prototype Go-Ahead at 2020 to a 1st Space Delivery at 2050, read from the page image (p. 37). The text assumes that positive laboratory results can be achieved and peer reviewed in 10 to 12 years, and calls the schedule a conservative timeline (p. 38). Section 4.4 turns to remotely generated nuclear fusion, to propulsion and control of objects such as missiles, missile warheads, spacecraft and asteroids, which it says must await very high-intensity generators, and to imaging within and below structures and within the Earth, whose effects it says are difficult to establish before laboratory experiments (pp. 41 to 42). Appendix B plans a two-year, seven-task project by Louisiana State University and Transportation Sciences Corporation to produce an engineering-ready design for the Li-Baker detector, with construction left to a future proposal (pp. 50 to 56).
D142: the question. The summary says quantum theory predicts that the vacuum is filled with electromagnetic waves whose energy density, integrated up to the Planck frequency, is as much as 10 to the power 113 joules per cubic metre (p. 5). If this zero-point field is real, it goes on, it might be tapped as a source of power or harnessed to generate a propulsive force for space travel, and that notion is the focus of the paper (p. 6). After its survey of earlier schemes, Section II finds that no practicable technique has been successfully demonstrated in the laboratory (p. 9).
D142: four concepts and what they returned. Section IV says a subset of the concepts had a preliminary evaluation by a company’s review panels (p. 13). The first concept builds on voltage fluctuations measured by Koch et al. and predicts what a specified coil would show, reporting no measurement with one (pp. 13 to 16). The second rests on a conjecture the paper credits to a private communication from two researchers, that suppressing zero-point radiation inside a Casimir microcavity could let an atom’s electron decay to a lower energy state; the paper calculates 2,150 to 21,500 W from a one cubic centimetre block of such tunnels, says the tunnels could not be drilled as described, and says the estimate assumes that a chain of conjectures is correct (pp. 16 to 19). The one experiment on this route, by Puthoff et al. at the Synchrotron Radiation Center of the University of Wisconsin at Madison, reached no definitive result because of problems with the synchrotron beam that the paper calls unrelated to the experiment (p. 19). The third, a tunable Casimir effect, was tested by Iannuzzi et al. with hydrogen switchable mirrors, and the force did not noticeably decrease; the paper gives two reasons and asks for new experiments (pp. 22 to 23). The fourth, EVs, from the work of Shoulders, has not met with success due to technical problems, the paper says, and is ideal for future research (p. 28).
D142: the theory, and its conclusions. Section V finds that a continuous (Type II) machine is, from the viewpoint of quantum electrodynamics, forbidden in principle, because that formalism treats the vacuum as non-degradable, and allows that this may instead be an artefact of an over-idealised mathematical structure (p. 32). Its conclusions, opening First, Second, Third and Finally (p. 44), say that quantum electrodynamics does not support continuous vacuum energy conversion; that stochastic electrodynamics, the alternative, is not at present an adequate tool; that the concept is in principle not falsifiable; and that definitive theoretical support for useful extraction is not yet in place. The action items follow, among them the paper’s one timescale: that Dirac vacuum decay by non-critical magnetic fields should become possible to test in the laboratory within two to five years (p. 47).
What the documents do not say
Neither paper uses UAP, unidentified, anomalous, extraterrestrial or alien, in either convention (case-insensitive, issued text layer, the only layer either has). UFO appears once in D140, as letters inside the surname Ciufolini in a reference (p. 45), and not at all in D142. Neither mentions the other, a DIRD or a contract: DIRD returns no hit in either, and contract returns one hit in each, D140’s the words contract awards in the National Science Foundation sentence (p. 38), D142’s inside plate-contraction (p. 8). D142 never uses military, and foreign returns no hit in either.
Neither paper prices what it proposes. D140’s Appendix B gives tasks, institutions and a schedule and no cost figure, and D142’s only funding sentence is that with significantly increased funding for research, some breakthroughs might be possible (p. 46).
D140’s Appendix C, listed in the contents at printed page 52 and named in the summary and at pp. 19 and 25 as the paper that holds the detector’s underlying concept, is not in the file: p. 57 carries its heading and nothing else, read from the page image.
D142’s contents promise VI. Conclusion: The Way Forward to 2050 (p. 4); the heading on p. 43, read on the page image, reads The Way Forward, and 2050 appears nowhere else in the paper. The conclusion (pp. 43 to 47) names no year, and its only timescale is the two to five years.
The front matter of each paper replaces the author’s name with a label (p. 2); this briefing does not identify either author.
From the record
2007) should be analyzed for possible military applications. The Li-Baker HFGW
DOW-UAP-D140, p. 17, the paper’s only use of the word military; the line closes the sentence asking that all four candidate detectors, plus possibly superconductors, be assessed, and opens the next, which names the inventor of the Li-Baker detector
for the components reviewed in prior sections, however, they will not be verified until a
DOW-UAP-D140, p. 29, the close of the link budget section, on the parameters predicted for the components; the sentence continues: successful experiment can be performed.
Assuming that positive laboratory results can be achieved and peer reviewed in a 10 to
DOW-UAP-D140, p. 38, section 4.1, after the paragraph naming the National Science Foundation; the sentence continues: 12 year timeframe, the next step would call for a period of prototype development
The most stunning advances in HFGW applications will probably not be in
DOW-UAP-D140, p. 41, the opening line of section 4.4; the sentence continues: communications, but in the remotely HFGW-generated nuclear fusion, HFGW propulsion and HFGW surveillance.
popular and technical literature, no practicable technique has been successfully
DOW-UAP-D142, p. 9, Section II after its survey of earlier schemes, in the sentence that begins Although several novel ZPF energy extraction mechanisms have been proposed in the; the sentence continues: demonstrated in the laboratory.
Iannuzzi et al.’s experimental results showed that the Casimir force did not noticeably
DOW-UAP-D142, p. 23, the result of the hydrogen switchable mirror experiment; the sentence continues: decrease after filling the experimental apparatus with hydrogen.
a Type II machine is, from the QED viewpoint, forbidden in principle since the vacuum
DOW-UAP-D142, p. 32, the Degradability of the Vacuum subsection, on continuous conversion of vacuum energy; the sentence continues: as described by the QED formalism is non-degradable.
Third, the concept of the conversion of energy from vacuum fluctuations is in principle
DOW-UAP-D142, p. 44, the third of the paper’s four conclusions; the sentence continues: not falsifiable, given the unknowns which present theory has yet to resolve
Where the case connects
The release files both papers under the same AAWSAP prefix as the contract records DOW-UAP-D110 to D116, which Release 06 Briefing 10 covers; neither paper names a contract. Release 06 Briefing 22, on DOW-UAP-D128, found that paper to be the only one of the 37 whose text layer uses UFO as a word; the counts above agree for these two.
The other two papers the release dates 6 April 2010 carry the neighbouring control numbers: the covers of DOW-UAP-D139 and DOW-UAP-D141 print DIA-08-1004-004 and DIA-08-1004-006, read from the page images, so the four numbers run in the order of the release’s file numbers. D139, on traversable wormholes, is covered by Release 06 Briefing 14, and D141, on metamaterials, by Release 06 Briefing 12. D142 touches both subjects, wormholes at p. 35 and metamaterials at p. 46, without citing either paper. Release 06 Briefing 24 covers the release as a whole.
Read it yourself
DOW-UAP-D140, “AAWSAP DIRD High Frequency Gravitational Wave Communications April 6 2010”, and DOW-UAP-D142, “AAWSAP DIRD Concepts for Extracting Energy from the Quantum Vacuum April 6 2010”, are hosted at war.gov in PURSUE Release 06. In DOW-UAP-D140 the summary is page 5 of the PDF, the timeline page 37 and the Appendix C heading page 57; in DOW-UAP-D142 the summary is pages 5 to 6, the four concepts pages 13 to 28 and the conclusions page 44.
Read the files. Decide for yourself.
Related wiki entries
The wiki entries below give background on the programme and publisher behind this briefing, and on the subjects it touches.
References and further reading
- DOW-UAP-D140, “AAWSAP DIRD High Frequency Gravitational Wave Communications April 6 2010”, PURSUE Release 06, U.S. Department of War, hosted at war.gov/ufo
- DOW-UAP-D142, “AAWSAP DIRD Concepts for Extracting Energy from the Quantum Vacuum April 6 2010”, PURSUE Release 06, U.S. Department of War, hosted at war.gov/ufo
- Presidential Unsealing and Reporting System for UAP Encounters (PURSUE), U.S. Department of War, war.gov/ufo
- AARO UAP Records, All-domain Anomaly Resolution Office, aaro.mil/UAP-Records
- Signals from the Periphery, Release 06 Briefing 10, on the contract file, DOW-UAP-D110 to D116
- Signals from the Periphery, Release 06 Briefing 12, on DOW-UAP-D141 and the other cloaking, metamaterial and spintronics papers
- Signals from the Periphery, Release 06 Briefing 14, on DOW-UAP-D139 and the other warp drive, wormhole and negative energy papers
- Signals from the Periphery, Release 06 Briefing 22, on DOW-UAP-D128, the human tissue paper
- Signals from the Periphery, Release 06 Briefing 24, on the release as a whole