Adapter (40) | ![]() |
Anode (195) | ![]() |
Cathode (146) | ![]() |
Control engineering (3) | ![]() |
Dielectric material (55) | ![]() |
Direct current (16) | ![]() |
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Electric dipole (4) | ![]() |
Electric field (150) | ![]() |
Electrical circuit (30) | ![]() |
Electrical conduction (5) | ![]() |
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Electrification (8) | ![]() |
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and negative charge carriers inside a nanostructure#information of great practical significance to microdevice fabricators#and scientists from PML's Electromagnetics Division have made notable progress in the technique.
The problem with that approach says veteran NSMM researcher Pavel Kabos of the Advanced High-frequency Devices Program in PML's Electromagnetics Division is that the laser has to shine in from the side.
which appears in the latest issue of Progress in Electromagnetics Research. This particular cloak exists only in computer simulation,
which was published recently in the journal Progress In Electromagnetics Research("Extremely Thin Dielectric Metasurface for Carpet Cloaking").
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