Programme – Programme et liste des résumés, Organisateurs 0-Program_and_Book_of_Abstracts_Beyond_Fourier_2022.pdf - Why is heat transport modelling required for nanometrology ? Séverine Gomes, CETHIL - INSA Lyon 1-GOMES_SFT_Nanothermique_revised.pdf - A Beyond Fourier semi-analytical thermal model based on two-flux approach Jérôme Saint-Martin, C2N - Université Paris Saclay 2-StMartin_SFT_2022_Paris_SA_diff.pdf - Atomistic simulation of heat transport across nanometer gaps Yangyu Guo, iLM - Université Lyon 1 3-GUO_2022-09-09-Atomistic simulation of phonon heat transport across nanogaps.pdf - Radiative heat transfer between nanostructured objects Invited: Mauro Antezza, Université de Montpellier - Hydrodynamic experimental observations in bulk semiconductors Alvarez F. Xavier, Universitat Autonoma de Barcelona - Temperature waves in layered correlated materials and temperonic crystals Marco Gandolfi, Università degli Studi di Brescia 4-GANDOLFI_Temperature_waves_beyond_for_SFT.pdf - Engineering thermal transport in nanowires Invited: Ilario Zardo, University of Basel 5-ZARDO_presentation_SFT_beyonf_Fouier.pdf - Cooling and Seebeck effects in double-barrier semiconductor heterostructures Marc Bescond, IM2NP - Université Aix-Marseille 6-BESCOND_Presentation_Cooling_Bescond_sent.pdf - Ab initio calculations of the thermoelectric phonon drag effect in semiconductor nanostructures Raja Sen, LSI - École Polytechnique Palaiseau - Parabolic-like heat radial distribution in core-shell nanowires Paul Desmarchelier, CETHIL - INSA Lyon - A novel structure of cooling nano-devices: the quantum cascade cooler Guéric Etesse, IM2NP - Université Aix-Marseille 6-ETESSE_BeyondFourier_COPY.pdf - Conclusions de la journée Organisateurs 7-Synthèse.pdf | 
