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Showing 1 to 4 of 4 for “"picocavities"”.

  1. Transient Optical Picocavities Within Coupled Plasmonic Nanostructures

    … suggestive of possible picocavity formation. Picocavities are transient atomic scale features on the metal surfaces which further confine fields (effective volume <1 nm3) with strong field gradients that locally alter the rules for vibrational scattering efficiency. These can alter the …

    cambridge Repository record for Transient Optical Picocavities Within Coupled Plasmonic Nanostructures (opens in a new tab)

  2. Controlling and Understanding Atomic-Scale Dynamics within Plasmonic Nanogaps

    … resulting in blinking emission phenomena such as picocavities and plasmonic flares. Picocavities are fleeting narrow-band spectral lines attributed to transiently forming metallic adatoms that confine light to a <1 nm3 volume, inducing stronger SERS from a nearby single molecule. Flares are …

    cambridge Repository record for Controlling and Understanding Atomic-Scale Dynamics within Plasmonic Nanogaps (opens in a new tab)

  3. Plasmonic Sensing via Surface-Enhanced Spectroscopies

    … robust coverage of the metal film. I show that ‘picocavities (atomic protrusions from the gold surface) can be observed and studied at room temperature. A key finding is the discovery and characterisation of new ‘flare modes’ which are millisecond increases in light intensity, shown to likely …

    cambridge Repository record for Plasmonic Sensing via Surface-Enhanced Spectroscopies (opens in a new tab)

  4. DNA nanotechnology for light-emitting plasmonic applications

    DNA nanotechnology for light-emitting plasmonic applications - Sara Rocchetti. The development of plasmonic nanocavities allows for the direct observation of light-matter interactions at the nanoscale. Collective oscillations of electrons (SPPs) at a metal-dielectric interface confine light into …

    cambridge Repository record for DNA nanotechnology for light-emitting plasmonic applications (opens in a new tab)