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National Repository of Grey Literature 2 records found  Search took 0.00 seconds. 
Strong coupling in plasmonic antennas
 Beneš, Adam ; Křápek, Vlastimil (referee) ; Kejík, Lukáš (advisor)
Localized surface plasmons generated by ilumination of metallic nanostructures focuses light into nanoscale regions where it can interacts with other nanoobjects nearby. This bachelor's thesis focuses on fabrication of plasmonic antennas suitable for strong coupling with non-conductive or semiconductor nanostructures such as dye molecules or quantum dots in visible range. At first we put forward some theoretical background and summary of strong coupling systems. In the main section we describe process of fabrication and characterization of plasmonics antennas as well as deposition methods for emitors. Lastly, we study interactions in our systems using spectroscopic measurements and strong coupling is realized using FDTD simulations.
Detailed record
Strong coupling in plasmonic antennas
 Beneš, Adam ; Křápek, Vlastimil (referee) ; Kejík, Lukáš (advisor)
Localized surface plasmons generated by ilumination of metallic nanostructures focuses light into nanoscale regions where it can interacts with other nanoobjects nearby. This bachelor's thesis focuses on fabrication of plasmonic antennas suitable for strong coupling with non-conductive or semiconductor nanostructures such as dye molecules or quantum dots in visible range. At first we put forward some theoretical background and summary of strong coupling systems. In the main section we describe process of fabrication and characterization of plasmonics antennas as well as deposition methods for emitors. Lastly, we study interactions in our systems using spectroscopic measurements and strong coupling is realized using FDTD simulations.
Detailed record

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