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- W2397553609 abstract "Quantum effects in plasmonic systems play an important role in defining the optical response of structures with subnanometer gaps. Electron tunneling across the gaps can occur, altering both the far-field optical response and the near-field confinement and enhancement. In this study, we experimentally and theoretically investigate plasmon coupling in gold nanomatryoshka (NM) nanoparticles with different core-shell separations. Plasmon coupling effects between the core and the shell become significant when their separation decreases to 15 nm. When their separation decreases to below 1 nm, the near- and far-field properties can no longer be described by classical approaches but require the inclusion of quantum mechanical effects such as electron transport through the self-assembled monolayer of molecular junction. In addition, surface-enhanced Raman scattering measurements indicate strong electron-transport induced charge transfer across the molecular junction. Our quantum modeling provides an estimate for the AC conductances of molecules in the junction. The insights acquired from this work pave the way for the development of novel quantum plasmonic devices and substrates for surface-enhanced Raman scattering." @default.
- W2397553609 created "2016-06-24" @default.
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- W2397553609 date "2015-09-21" @default.
- W2397553609 modified "2023-10-15" @default.
- W2397553609 title "Nanooptics of Plasmonic Nanomatryoshkas: Shrinking the Size of a Core–Shell Junction to Subnanometer" @default.
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- W2397553609 cites W1973714168 @default.
- W2397553609 cites W1974935802 @default.
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- W2397553609 cites W1986690216 @default.
- W2397553609 cites W1987880468 @default.
- W2397553609 cites W1994998862 @default.
- W2397553609 cites W1996979900 @default.
- W2397553609 cites W1997228008 @default.
- W2397553609 cites W1997415897 @default.
- W2397553609 cites W1998574210 @default.
- W2397553609 cites W1998684669 @default.
- W2397553609 cites W1999597768 @default.
- W2397553609 cites W2011295917 @default.
- W2397553609 cites W2013335246 @default.
- W2397553609 cites W2013885170 @default.
- W2397553609 cites W2016852573 @default.
- W2397553609 cites W2016927087 @default.
- W2397553609 cites W2019394863 @default.
- W2397553609 cites W2020093054 @default.
- W2397553609 cites W2023150460 @default.
- W2397553609 cites W2029052992 @default.
- W2397553609 cites W2031978165 @default.
- W2397553609 cites W2034233243 @default.
- W2397553609 cites W2043746481 @default.
- W2397553609 cites W2043852629 @default.
- W2397553609 cites W2045352894 @default.
- W2397553609 cites W2045725637 @default.
- W2397553609 cites W2052892499 @default.
- W2397553609 cites W2053519694 @default.
- W2397553609 cites W2056648038 @default.
- W2397553609 cites W2060576616 @default.
- W2397553609 cites W2060641559 @default.
- W2397553609 cites W2061616768 @default.
- W2397553609 cites W2062987505 @default.
- W2397553609 cites W2067185989 @default.
- W2397553609 cites W2067291158 @default.
- W2397553609 cites W2068125772 @default.
- W2397553609 cites W2069015156 @default.
- W2397553609 cites W2077545203 @default.
- W2397553609 cites W2078588448 @default.
- W2397553609 cites W2079954478 @default.
- W2397553609 cites W2082306057 @default.
- W2397553609 cites W2083926174 @default.
- W2397553609 cites W2090260449 @default.
- W2397553609 cites W2093678239 @default.
- W2397553609 cites W2110066199 @default.
- W2397553609 cites W2114692337 @default.
- W2397553609 cites W2115347774 @default.
- W2397553609 cites W2124181728 @default.
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- W2397553609 cites W2141679678 @default.
- W2397553609 cites W2142269155 @default.
- W2397553609 cites W2149758671 @default.
- W2397553609 cites W2150102847 @default.
- W2397553609 cites W2152923907 @default.
- W2397553609 cites W2155329472 @default.
- W2397553609 cites W2158335575 @default.
- W2397553609 cites W2159981054 @default.
- W2397553609 cites W2160796485 @default.
- W2397553609 cites W2166806803 @default.
- W2397553609 cites W2170837376 @default.
- W2397553609 cites W2314507373 @default.
- W2397553609 cites W2316823983 @default.
- W2397553609 cites W2319288524 @default.
- W2397553609 cites W2319357100 @default.
- W2397553609 cites W2321332178 @default.
- W2397553609 cites W2323024334 @default.
- W2397553609 cites W2326773931 @default.
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- W2397553609 cites W2335077566 @default.
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- W2397553609 doi "https://doi.org/10.1021/acs.nanolett.5b02931" @default.
- W2397553609 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/26375710" @default.
- W2397553609 hasPublicationYear "2015" @default.
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