Team

JSM

[tooltip content=”Research activities: field effect transistors, thermoelectrics. Tel : 33 1 69 15 40 24, Fax : 33 1 69 15 40 00″] Jérôme Saint-Martin [/tooltip]

Associate Professor, Head of the group, in charge of the research on thermoelectrics

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[tooltip content=”Research activities: field effect transistors, transport in carbon nanotubes and graphene. Tel : 33 1 69 15 72 83, Fax : 33 1 69 15 40 00″] Philippe Dollfus [/tooltip]

CNRS Research Director, in charge of the research on nanoelectronics

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[tooltip content=”Research activities: new concepts in nanoelectronics, bioinspiration. Tel : 33 1 69 15 33 58, Fax : 33 1 69 15 40 00″] Damien Querlioz [/tooltip]

CNRS Research Associate, in charge of the research on nanodesign

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Research and Academic

[tooltip content=”Research activities: Semiconductor Device Physics & NEGF calculation. Tel : 33 1 69 15 33 47, Fax : 33 1 69 15 40 00″] Marco Pala [/tooltip]

CNRS Research Associate

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[tooltip content=”Research activities: field effect transistors, transport in carbon nanotubes and graphene,  spintronics. Tel : 33 1 69 15 78 05, Fax : 33 1 69 15 40 00″]Arnaud Bournel [/tooltip]

Professor

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Christophe Chassat

Engineer

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[tooltip content=”Research activities: transport in carbon nanotubes and quantum dots. Tel : 33 1 69 15 72 83, Fax : 33 1 69 15 40 00″] Sylvie Retailleau [/tooltip]

Professor, Dean, Faculty of Science

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Post Doc

PhD students

 

[tooltip content=” Tel. : 00 33 1 69 15 41, Fax : 00 33 1 69 15 40 00″] Jiaqi Zhou[/tooltip]

Research activities: spin current

2016-2019 e-mail

[tooltip content=”Ivan received the MS degree from the University of Strasbourg in 2016, after completing a 4 months internship at C2N working on III-V MOSFETs then he joined C2N as a PhD student. Tel : 33 1 69 15 40 37″] Ivan Saychenko [/tooltip]

Research activities: Simulation of III-V MOSFET

2016-2019 e-mail

Jeean Choukroun

[tooltip content=”Jean received the MS degree from the University du Maine (Le Mans) in 2015, after completing a 4 months internship at IEF working on MOSFETs that would take advantage of the high mobilities / low gaps found in materials such as InAs and InGaAs.He then joined IEF as a PhD student and is now involved in the theoretical study of graphene and other 2D materials (BN, MoS2 …) in order to determine interesting electronic transport properties that can arise, allowing their use in diodes, transistors and other electronic devices. Tel : 33 1 69 15 41 05″] Jean Choukroun [/tooltip]

Research activities: Simulation of transport in 2D materials

2015-2018 e-mail

Brice_DAVIER_COMICS

[tooltip content=” Brice is a PhD student supervised by Jérôme SAINT-MARTIN (IEF, Université Paris Sud) and Sebastian VOLZ (EM2C, École Centrale Paris). He completed his master in nanosciences at Université Paris Sud in 2015. He is currently studying thermoelectric properties of Germanium nanowires polytypes with Monte Carlo and Molecular Dynamics simulations. Tel : 33 1 69 15 41 05″] Brice Davier [/tooltip]

Research activities: Molecular Dynamics and Monte Carlo simulations to study thermoelectric properties in polytype Si/Ge nanowires.

2015-2018 e-mail

Mai Chung Nguyen

[tooltip content=”. Tel. : 00 33 1 69 15 41 05, Fax : 00 33 1 69 15 40 00″] Mai Chung Nguyen [/tooltip]

Research activities: Graphene-based heterostructures

2013-2016 e-mail

[tooltip content=”  Tel. : 00 33 1 69 15 41 058, Fax : 00 33 1 69 15 40 00″] Li Su [/tooltip]

Research activities: spin current in graphene

2013-2016 e-mail

[tooltip content=” . Tel. : 00 33 1 69 15 40 37, Fax : 00 33 1 69 15 40 00″] Adrien Vincent [/tooltip]

Research activities: Nanosynapses with magnetic memory

2013-2016 e-mail

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Alumni

[tooltip content=” “] Jérôme Larroque [/tooltip]

Research activities: phonon transport and thermoelectric properties in Si nanowires.

2012-2015 e-mail more info…

Thanayut_COMICS

[tooltip content=”Research activities: DFT and thermoelectric properties in polytype Si/Ge nanowire.”] thanayut Kaewmaraya [/tooltip]

2015-2016 e-mail

[tooltip content=””] Tran Van Truong [/tooltip]

Research activities: phonon and electron transport in Graphene based devices.

2012-2015 e-mail more info…

[tooltip content=”Research activities: ultimate Si MOSFET.] Sébastien Guarnay [/tooltip]

2011-2014

[tooltip content=”Research activities: modeling of spin transport in graphene based structures.] Salim Berrada [/tooltip]

2010-2013

[tooltip content=”Research activities: phonon transport in Si nanowire.”] Thu-Trang Nghiem-Thi [/tooltip]

2009-2012

[tooltip content=”Research activities: quantum dot and 1 electron device.”] Vincent Talbo [/tooltip]

2009-2012

[tooltip content=”Research activities: nanometer scale transport in oxide.”]Yann Apertet[/tooltip]

2009-2012

[tooltip content=”Research activities: simulation of III-V FETs.”] Ming Shi [/tooltip]

2008-2011

2011-2012

[tooltip content=”Research activities: phonon transport and thermoelectrics in graphene nanoribbon.”] Fulvio Mazzamuto[/tooltip]

2008-2012

 

[tooltip content=”Research activities: graphene and NEGF formalism.”] Viet Hung Nguyen [/tooltip]

2007-2010

2010-2011

2015

[tooltip content=”Research activities: graphene transistor and NEGF formalism.”] Alfonso Alarcon [/tooltip]

2011-2012