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The time-energy uncertainty principle is shown to be applied for nano-scale circuit design consideration, giving a new vista of quantum integration. The range of virtual as well as real photons mediating interactions between nano-structures is estimated as a product of photon lifetime and its velocity. This suggests wireless reconfigurable interconnects, using the near field electro-photonic interactions in solid, especially the nonradiative internal energy transfer that may be called as resonance dynamic multipole-multipole interaction (RDMMI).
© 2013 Japan Society of Applied Physics, Optical Society of America
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