Abstract
The effectiveness of virtual photons (VPHs) that need neither to conserve energy nor to follow temporal sequences
because of the time-energy uncertainty principle, in the
electric interactions between detuned non-identical two
level atoms having different size and shape is demonstrated
in terms of a model of resonance dynamic multipolemultipole
interaction (RDMMI), on the basis of microphotoluminescence
(μ-PL) experiment of a single asymmetric pair of GaAs/AlGaAs quantum dots (QDs). The ranges of the mediating photons in various RDMMI are estimated, proving the significance of RDMMI in the nanometer regime. Furthermore, prospective device concepts based on the RDMMI assistedby the VPHs, having possibility of autonomic routing of signals like a fallingdominoes effect not only throughout spatial extent but also over temporal differences are deiscussed.
Original language | English |
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Title of host publication | Nanotechnology and Applications |
Publisher | Ed.C. Nicolini, Acta Press |
Publication date | 2008 |
Pages | 615-056 |
Publication status | Published - 2008 |
Event | Nanotechnology and applications - Crete, Greece Duration: 1 Jan 2008 → … |
Conference
Conference | Nanotechnology and applications |
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City | Crete, Greece |
Period | 01/01/2008 → … |
Keywords
- Quantum dot
- resonance dynamic multiple-multipole interactions(RD MMI)
- virtual photon
- quantum computing
- quantum communication