Conductive electrode-integrated quantum emitter and method producing the same
AssigneeKorea Institute of Science and Technology
InventorsHyowon MOON, Yong-Won SONG, Sofiya KARANKOVA
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Abstract
An electrode-integrated quantum emitter, according to an embodiment, may comprise: a substrate; a solid-state material located on the substrate; and an electrode formed on the solid-state material, in which the solid-state material may include defects formed in the solid-state material by adsorbates generated as a results of the reaction with a catalyst material located around the solid-state material, and the electrode may be formed by the adsorbates being formed around at least one of the substrate and the solid-state material.
Claims20
An electrode-integrated quantum emitter, comprising:
- a substrate;
- a solid-state material located on the substrate;
- and
- an electrode formed on the solid-state material,
- wherein the solid-state material includes defects formed in the solid-state material by adsorbates generated by reaction with a catalyst material located around the solid-state material, and
- wherein the electrode is formed by the adsorbates being formed around at least one of the substrate and the solid-state material.
A method of producing an electrode-integrated quantum emitter, the method comprising:
- locating a solid-state material on a substrate;
- locating a catalyst material around the solid-state material;
- spraying a compound around at least one of the solid-state material and the catalyst material;
- forming, in the solid-state material, defects related to adsorbates generated by reaction of the compound with the catalyst material through the spraying;
- and
- forming the electrode as the adsorbates are formed around at least one of the substrate and the solid-state material through the spraying.
Dependencies are inferred from the claim text.