DOW-UAP-D133, AAWSAP DIRD, ההשלכות של שזירה קוונטית ואי-מקומיות על תקשורת בחלל, מרץ 2010

The Space-Communication Implications of Quantum
Entanglement and Nonlocality
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Contents
I. Quantum Entanglement, Nonlocality, and EPR Experiments ............................... 1
IV. Momentum Domain Entanglement and EPR Experiments .................................. 5
VII. A Transactional Analysis of the Nonlocal Communication Test ...................... 13
VIII. Superluminal and Retrocausal Nonlocal Communication ............................. 17
X. Superluminal Communication without Paradoxes ............................................ 19
XI. Example: Real-Time Earth Control of Mars Rover............................................ 20
XII. Another Superluminal Possibility: Nonlinear Quantum Mechanics................. 22
Figures
Figure 1. Schematic of the 1972 Freedman-Clauser Experiment ............................ 2
Figure 2. Schematic of the 1995 Ghost Interference Experiment of the Shih
Figure 7. Slit-Imaging Coincidence-Free Version of the Ghost Interference
Figure 3. Ghost Interference Position Distributions at X2 ....................................... 7
Figure 4. "Unfolding" the Ghost Interference Experiment...................................... 8
Experiment to Demonstrate Nonlocal Communication ........................... 12
Figure 8. Transactional Interpretation Diagrams for Case 1................................. 15
Figure 9. Transactional Interpretation Diagrams for Case 2................................. 16
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The Space-Communication Implications of Quantum
Entanglement and Nonlocality
Foreword and Introduction
This paper reviews quantum entanglement and nonlocality and considers the
possibility that this phenomenon could be used for sending observer-to­
observer signals. Such a demonstration would break several quantum "no­
signal theorems" in the physics literature. Nonlocal quantum signaling would
have far-reaching implications as an enabling technology for superluminal and
retrocausal signaling. Scenarios that might lead to nonlocal quantum
communication are described, and applications to retrocausal signaling and
real-time space communication are considered. Also considered briefly is the
nonlocal communication implications of nonlinear quantum mechanics.
Communication in space at the scale of the solar system is severely limited by
the space-time scale set by the speed of light.…