AAWSAP DIRD, Traversable Wormholes, Stargates, and Negative Energy, April 2010

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Figure 10. Sodium Chamber Negative Energy Separator (Reference 41)
Another way to generate negative energy via squeezed light would be to manufacture
extremely reliable light pulses containing precisely one, two, three, etc., photons apiece
and combine them together to create squeezed states to order (Reference 47).
Superimposing many such states could theoretically produce bursts of intense negative
energy. See Figure 11 for a conceptual diagram of this concept. Photonic crystal
research has already demonstrated the feasibility of using photonic crystal waveguides
(mixing together the classical and quantum properties of optical materials) to engineer
light sources that produce beams containing precisely one, two, three, etc., photons.
For example, researchers at Melbourne University used a microwave oven to fuse a tiny
diamond, just 1/l000th of a millimeter long, onto an optical fiber, which could be used
to create a single photon beam of light (Reference 48, 49). The combining of different
beams containing different (finite integer) numbers of photons is already state-of-the­
art practice via numerous optical beam combining methods that can readily be
extended to our application .
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Figure 11 Alternative Conceptual Squeezed Light Negative Energy Generator
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