Room-temperature electrically pumped InGaN-based microdisk laser
In order to realize room temperature electrically pumped InGaN-based microdisk laser on Si, it is indispensible to fabricate a well defined microdisk with a high quality. The quality of microdisk is
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Graphene-contact electrically driven microdisk lasers
In this study, we demonstrate successfully a microdisk laser and a sub-micrometre-sized single nanopillar LED, which are electrically pumped through the transparent and flexible few-layer
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Electrically pumped InP-based microdisk lasers integrated with a
Fig. 2. 200-mm SOI-wafer with bonded InP dies (a), top view of two InP islands with microdisk lasers before metallization and visible SOI waveguides (b), focused-ion-beam cross-section of the microdisk
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Electrically pumped single
However, these microdisk lasers still face issues with high thresholds and multimode lasing, which lead to increased power consumption and limit their practical use for data transmission in op-tical
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Microdisk modulator-assisted optical nonlinear activation
Here, we propose and experimentally demonstrate a compact high-speed microdisk modulator to realize multiple NAFs. The fabricated microdisk modulator has an add-drop configuration in which a lateral
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Electrically injected InGaN microdisk lasers: A review of progress
By critically evaluating current electrical injection techniques for microdisk lasing, our objective is to formulate design principles for high-performance, electrically driven InGaN microdisk
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High Performance Electrically‐Injected InGaN Microdisk Lasers
Having characterized and comprehended the benefits of the metallic undercut design, we proceeded to design and fabricate an InGaN-based thin-film microdisk, incorporating a metallic
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Comparison of microrings and microdisks for high-speed
In this paper, a comparison between microring and microdisk modulators is well analyzed in terms of dimensions, static and dynamic power consumption, and fabrication tolerance.
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InP on silicon electrically driven microdisk lasers forphotonic ICs
Abstract— An electrically driven microlaser based on a thi n InP based microdisk transferred onto silicon is proposed. The technological procedure is described and first experimental results, showing a laser
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Electrically injected GaN-based microdisk towards an efficient
In this work, we demonstrate an electrically injected GaN-based microdisk of such structure. The device is featured with a copper substrate and copper supporting pedestal, through
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