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Interferometric imaging offers many advantages for biomedical applications such as optical sectioning/depth resolution. Inclusion of molecular contrast information improves utility but requires additional efforts to either isolate spectroscopic information or detect contrast agents.
The fs-laser induced refractive index change in zinc aluminum phosphate glasses and its underneath structural modifications have been investigated both at the surface and in bulk.
We demonstrate the emission of highly indistinguishable photons from a quasi-resonantly pumped coupled quantum dot-microcavity system operating in the weak coupling regime. Furthermore we model the degree of indistinguishability with our novel microscopic theory.
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