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The following topics are dealt with: photonic integration technology; photodetectors; optical resonators and photonic crystals; rare earth doped materials; plasmonics and optomechanics; optical sensors and filters; nonlinear silicon photonics; photonic membranes; III-V on silicon devices; optical switching and modulation; and germanium gain and emission.
We demonstrate a high-speed integrated optical link on a silicon chip using low-power silicon microresonator electro-optic modulators and low-capacitance germanium photodetectors. Integrating compact devices to provide multiple functions is essential for building scalable optical interconnects.
This paper describes Si photonics and the key application to fiber-to-the-home (FTTH). Mass production in terms of complementary metal-oxide-semiconductor technology is a prerequisite for Si photonics to provide a cost-effective solution, and FTTH should meet this requirement. We describe a design of the FTTH chip architecture with wavelength-division multiplexing based on ring-resonator demultiplexers...
For almost 50 years, silicon microelectronics has been the engine of the modern information revolution. Complex microprocessors, dense memory circuits, and other digital and analog electronics produced by the $100 billion silicon industry mainly serve a single goal - to process more and more data faster and faster using smaller and smaller components. In this everlasting quest, the silicon industry...
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