Archivio Istituzionale della RicercaAvailable from E\PCOS via the link in this record ; We report the progress made on the development of a self-consistent 3-dimensional simulation framework, yielding the time and spatially resolved electric field, temperature and material phase, for integrated phase-change photonic devices. We illustrate the analysis made for a prototypical integrated phase-change photonic memory, and report the results of SET and RESET operations.
Modelling phase-change integrated photonic devices / Gemo, E; Youngblood, N; Cheng, Z; Rios, C; Stegmaier, M; Baldycheva, A; Pernice, Whp; Bhaskaran, H; Wright, Cd. - ELETTRONICO. - (2018). (Intervento presentato al convegno E\PCOS Conference 2018 tenutosi a Catania (Italy) nel 23~25 September 2018).
Modelling phase-change integrated photonic devices
Gemo, E;
2018
Abstract
Available from E\PCOS via the link in this record ; We report the progress made on the development of a self-consistent 3-dimensional simulation framework, yielding the time and spatially resolved electric field, temperature and material phase, for integrated phase-change photonic devices. We illustrate the analysis made for a prototypical integrated phase-change photonic memory, and report the results of SET and RESET operations.
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https://hdl.handle.net/11583/2989986