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Entanglement Science 8 of 9

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Uploaded by on Jun 25, 2009

[Slides 66-80]
As we initially agreed, space affects us, so space conditioning can be important. Ability to change space itself gives rise to numerous applications from personal to industrial; our focus being the latter. With U(1) analysis and control over SU(2) models of space, one can modulate the vacuum of space itself to affect particularly formative crystalline-based materials in a plethora of unknown ways. [Discussion of generator technology is redacted here. Serious researchers may enquire] Empirical research will be needed to, for example, improve solar panel yields, artificial intelligence, and communications. Highly appropriate for nanotechnology.

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