Researchers have improved on the technique of local processing of composites based on nanoporous glass with addition of silver and copper; now, it is possible to predict with high accuracy the optical properties of a plasmonic component.
Researchers have improved on the technique of local processing of composites based on nanoporous glass with addition of silver and copper; now, it is possible to predict with high accuracy the optical properties of a plasmonic component.
Researchers have developed a memory device using a two-dimensional layered-structure material, unlocking the possibility of commercializing the next-generation memory device that can be stably operated at a low power.
For a long time, something important has been regularly neglected in electronics: If you want to make electronic components smaller and smaller, you also need the right insulator materials.
Using sophisticated optical microscopy techniques, engineers demonstrate that sufficient strain in 2D material can yield single-photon emitters, key to quantum technologies and future photonic circuitry.
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Researchers have improved on the technique of local processing of composites based on nanoporous glass with addition of silver and copper; now, it is possible to predict with high accuracy the optical properties of a plasmonic component.
Researchers have developed a memory device using a two-dimensional layered-structure material, unlocking the possibility of commercializing the next-generation memory device that can be stably operated at a low power.
For a long time, something important has been regularly neglected in electronics: If you want to make electronic components smaller and smaller, you also need the right insulator materials.
Using sophisticated optical microscopy techniques, engineers demonstrate that sufficient strain in 2D material can yield single-photon emitters, key to quantum technologies and future photonic circuitry.