Yunkun WU, Xifeng REN. Applications of Silver Nanowires in Quantum Optics（Invited）[J]. Acta Photonica Sinica, 2022, 51(5): 0551306
- Acta Photonica Sinica
- Vol. 51, Issue 5, 0551306 (2022)
Fig. 1. The basic optical characters of SPP modes on AgNWs
Fig. 2. The propagating properties of SPP modes on AgNWs
Fig. 3. Experimental demonstration on Wave-particle duality of single SPP on AgNWs［61］
Fig. 4. Experimental demonstration on HOM interference between SPPs［65］
Fig. 5. Modulating the lifetime of a single NV center with AgNWs［84］
Fig. 6. Modulating the radiation direction of a single QD with AgNWs［85］
Fig. 7. The self-aligned coupling between SPEs in WSe2monolayer and AgNWs［83］
Fig. 8. The polarization-dependent lifetime modulations of arbitrary SPEs on substrate with an AgNW probe［88］
Fig. 9. The correlated emission between a single QD and a fluorescent nanobead on the same AgNW［91］
Fig. 10. The coupling between several single QDs and an AgNW［93］
Fig. 11. The remote nonlinear four-wave mixing between SPE and SPP on AgNWs［94］
Fig. 12. Strong coupling between the TDBC exciton and AgNW nanocavity［102］
Fig. 13. Single SPP on AgNWs excited by different kinds of SPEs［117，118］
Fig. 14. Resolving single SPP generated by a pair of quantum dots on an AgNW［119］
Fig. 16. The integrated functional devices and quantum logic gates realized with cascade of AgNWs［132，133］
Fig. 17. The proposal of a single-photon transistor using the strong coupling between the SPEs and metal nanowires［140］
Fig. 18. Manipulation of the qubits with high-resolution using an AgNW-bowtie hybrid structure［141］
Fig. 19. Quantitative analysis of the LDOS with super-resolution via the manipulation of NV-centers' lifetimes by AgNWs［157］
Fig. 20. Super-imaging realized by the interaction between a single QD and the SPP of AgNW［158］
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