Abstract
ABSTRACTMultipolar interactions between quantum dots involving real and virtual photons are compared on the basis of our (micro-photoluminescence) spectra of coupled QDs (quantum dots), and suggested as the principle of intra-device, inter-device, and inter-chip interconnections and logical operations, with the device concepts for solid state nanometer networks and a quantum computer.
Publisher
Springer Science and Business Media LLC
Reference5 articles.
1. 4. Matsueda H. , “Multipolar Photonic Interactions for Interconnections and Logical Operations in Nanostructure Networks”, The first International Conference on Nano-Networks (Nano-Net), September 14–16 (2006), Lausanne, Switzerland, Session 4 (Innovative System Interconnects) Part 2, paper 31, Proc. CD-ROM.
2. Dynamic Dipole–Dipole Interactions Between Excitons in Quantum Dots of Different Sizes
3. Coherence retention by resonance dynamic dipole–dipole interaction among quantum dot ensemble for quantum computing
4. Structure and optical properties of semiconductor quantum nanostructures self-formed in inverted tetrahedral pyramids