Fabian Pauly
生駒 : 奈良先端科学技術大学院大学, 2019.10
Lecture ArchiveSingle atoms and single molecules represent the ultimate limit for the miniaturization of functional units in electrical circuits. Single-atom and single-molecule junctions thus turn out to be ideal platforms for testing quantum theories that are required to describe charge and energy transport in novel nanoscale devices.In this presentation, I will review the recent theoretical progress of my group towards the description of elastic and inelastic charge transport in atomic and molecular junctions as well as thermoelectricity, heat dissipation and heat transport, which was often achieved in close collaboration with experimental colleagues. After a brief introduction to the field of molecular electronics, I will discuss results on the conductance of π-stacked molecules, inelastic electron tunneling spectra and the thermopower. Finally, I will study heat dissipation and heat transport.
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2019
電子化映像資料(1時間39分19秒)
光ナノサイエンス特別講義 ; 2019年度
講演者所属: Associate Professor, Okinawa Institute of Science and Technology Graduate University (OIST)
講演日: 2019年10月25日
講演場所: 物質創成科学棟大講義室(MS)
Japan
English (eng)
English (eng)
