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Showing 1 to 3 of 3 for “"Thin film optoelectronics"”.

  1. Modification of exciton energies and dynamics for thin film optoelectronics

    Organic and nano-crystal thin film semiconductors have proven to be effective materials for a range of optoelectronic applications including light emitting diodes, visible wavelength lasers, photovoltaics, and sensors. Mediating photons and charges, excitons are responsible for electrical and …

    mit Repository record for Modification of exciton energies and dynamics for thin film optoelectronics (opens in a new tab)

  2. Thin film technology for optoelectronics and their thermal management

    Thin-film semiconductor optoelectronics are important for applications from optical communication, solid-state lighting, and wearable electronics to biomedical sensors. It is now possible to separate the micrometer-thick device layers from their native substrates and transfer them onto new …

    cork Repository record for Thin film technology for optoelectronics and their thermal management (opens in a new tab)

  3. Nanostructured architectures for colloidal quantum dot solar cells

    … collection: The nanowires penetrate into the QD film and serve as highly-conductive channels for extracting photogenerated electrons from deep within the film. After optimizing the nanowire growth and device fabrication processes, we nd that incorporating nanowires boosts the photocurrent and the …

    mit Repository record for Nanostructured architectures for colloidal quantum dot solar cells (opens in a new tab)