Documents / Report
This Defense Intelligence Reference Document (DIA-08-1003-016), dated 30 March 2010 and produced by the Defense Intelligence Agency under its Advanced Aerospace Weapon System Applications (AAWSA) Program, reviews quantum entanglement and nonlocality. It asks whether they could carry observer-to-observer signals faster than light or backward in time, with real-time control of a Mars rover as an example. It finds no compelling answer yet and says the question must be settled by experiment.
UNCLASSIFIED/ ,'f81l 81'1'U!llltt tl!!II!! 9HL"i' Non&n.u, er,.w • I Off~r Ww~s Non&n.u, er,.w Confirmation Ww~s Non&n.u, er,.w Compl~t.id Transaction ..~ "E ..u ..~ "E ..u Figure 8. Transactional Interpretation Diagrams for Case 1. The left-going offer waves pass through the upper slit of S2 and reach the upper detector (circled). The momentum-entangled right-going offer waves pass only through the lower slit of 51, which is the optical image of upper 52, and are diffracted to the camera. Confirmation waves return, and the one-slit transaction forms. Figure 9 shows the transaction that forms for the nonlocal communication test system in the Case 2 configuration. The left-going photon passes through both the upper and lower slits of S2. The two paths connect to a combiner and are detected by the central detector (circled). The momentum-entangled right-going photon must then also pass through both slits of S1, which are the optical images of S2, to form a two-slit interference pattern detected by the camera. The three stages of transaction formation are shown. 15 UNCLASSIFIED/ /P91il 8fFIII.«1k W&liii Qllb¥
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Report, from the dia collection. The PDF is mirrored here; the original link is above. 32 pages are in the text index: search them above, or from the library's search.