AAWSAP DIRD, Antigravity for Aerospace Applications, March 2010

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geometries, which would provide an understanding of the negative energy
densities present in some regions in these geometries.
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Trapping and Storing Negative Energy: Ford and Roman (Reference 20) have
only superficially addressed this topic, and there is very little technical literature
that addresses it fully. A theoretical program to develop the physics and
technology of trapping and storing negative energy will need to be supported,
and such a program should be guided by the use of laboratory detectors such as
the one proposed in the previous section. However, it is the opinion of the author
that free-space negative energy sources appear to be a more desirable option for
producing antigravity than stored negative energy.
•
Antigravity via Quantum Vacuum Zero-Point Fluctuation Force: Calloni et al.'s
experimental proposal reviewed in Section IV-A should be funded and performed by
a high quality laboratory.
•
Antigravity via Nonretarded Quantum lnteratomic Dispersion Force: Pinto's
experimental proposal reviewed in Section IV-B should be theoretically evaluated
prior to funding an experiment. This proposal does contain enough rigor and
credibility that it warrants a further look.
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