Corso di Laurea Magistrale in
Scienze Fisiche e Astrofisiche
Development of Materials for Energy Efficiency
The development of innovative detectors and materials for energy efficiency involves research on new generation materials and structures, such as perovskite nanostructures (wires and nanocrystals) that behave as single-photon emitters, or perovskite metasurfaces that can function both as emitters and detectors, with applications in next-generation photovoltaics.
This track is naturally part of the Applied Physics curriculum, and the rules for composing the study plan should follow those. Below are recommendations for the choice of core, supplementary/integrative, and elective courses for this track.
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Core Courses: Colorimetry and color perception Statistical mechanics Atmospheric physics Elements of material physics Quantum electronics Photonics Electronics laboratory Solid-state and photonics laboratory
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Additional recommended supplementary and elective courses: Photonics materials Electronics for atomic, molecular, and optical systems Optics Semiconductor physics: theory and applications* Physics of liquids and soft matter
Note: * if not already selected during the undergraduate program
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Contacts: Mara Bruzzi, mara.bruzzi@unifi.it, Francesco Biccari, francesco.biccari@unifi.it
Last
update
03.03.2025