Luca Selmi

Welcome to my Home Page

Ph.D in ElectricalEngineering

Professor of Electronics

IEEE Fellow (2015)

Email: luca.selmi@unimore.it

Phones

Office: (+39) 059 2056165

Mobile: (+39) 320 4365969

The Electronics Laboratories

MY ORCID CODE

0000-0001-8688-4326

Research Interests and Activities

• Modeling and simulation of nanoelectronic ion- and bio-sensors
• Nanometer size MOSFETs in augmented silicon and III-V compound semiconductor channel materials
• Modeling and simulation of nanoelectronic switches for energy efficient ultra-low power electronics
• Carrier transport in Ultra thin body SOI devices
• Hot carrier effects characterization and modeling
• Flash EEPROM operation and reliability
• Hot carrier induced luminescence in Silicon devices
• Impact ionization in Silicon Bipolar transistors
• Design of high frequency circuits for telecom applications in bulk and FinFET technologies

Research Projects

I am currently participating to the following research projects (last updated December 2019):

• European Flag-ERA HESN project CONVERGENCE - Frictionless Energy Efficient Convergent Wearables For Healthcare And Lifestyle Applications (2017-2020), italian participation coordinated by the Udine unit of the IUNET consortium.
• Italian MIUR project PRIN 2015 - Rivelatori di raggi X in semiconduttori ad alto numero atomico per sorgenti di nuova generazione e imaging medicale (2016-2019) coordinated by the Udine unit.

Over the years I held technical and coordination roles and responsibilities in the following research projects (last updated December 2019):

• Research contract with Infineon Technologies Villach on High Speed Serial Interfaces (HSSI)
• European FP7 Strep project E2SWITCH - Energy Efficient Tunnel FET Switches and Circuits www.e2switch.org/ (2013-2017).
• European FP7 Strep project III-V-MOS - Technology CAD for III-V Semiconductor-based MOSFETs www.iii-v-mos-project.eu (2013-2017) coordinated by the Udine unit of the IUNET consortium.
• European Working Group ULIS - Ultimate Integration on Silicon (5FP, 1999-2000)
• European Strep Project NESTOR - New Double Gate Transistors (5FP, 2002-2004)
• European Coordination action EUROSOI - Silicon on Insulator Technology Devices and Circuits www.eurosoi.org (6FP, 2004-2006)
• European Network of Excellence SINANO - Silicon Based Nanoelectronics www.sinano.eu (6FP, 2004-2007, IST-506844). Watch the presentation movie.
• European Integrated Project PULL-NANO - PULLing the limits of NANO-CMOS electronics (6FP, 2006-2008)
• European Network of Excellence NANOSIL - SIlicon-based NAnostructures and naNOdevices www.nanosil-noe.eu (7FP, 2008-2011).
• European Coordination Action GUARDIAN ANGELS - Guardian Angels for a Smarter Planet www.ga-project.eu (2011-2012).
• European ENIAC-JTI project MODERN - Modeling and Design of Reliable process-variation-aware Nanoelectronic devices, circuits and systems www.eniac-modern.org (2009-2012).
• European Network of Excellent NANOFUNCTION - Beyond CMOS Nanodevices for Adding Functionalities to CMOS www.nanofunction.eu (7FP, 2010-2013).
• European Strep project STEEPER - Steep Subthreshold Slope Switches for Energy Efficient Electronics www.steeper-project.eu (7FP, 2010-2013).
• European Strep Project GRAND - Graphene-based Nanoelectronic Devices www.grand-project.eu (7FP, 2008-2010).
• European Integrated Project GOSSAMER - Gigascale Oriented Solid State flAsh Memory for EuRope www.fp7-gossamer.eu (7FP, 2008-2010).
• European FP7 Strep project GRADE - Graphene-based Devices and Circuits for RF Applications www.grade-project.eu (2012-2016).

• Italian MIUR project FIRB 2001 - RBNE012N3X - Sistemi miniaturizzati per l'elettronica e la fotonica
• Italian MIUR project FIRB 2006 - RBIP06YSJJ - Tecnologie innovative per lo sviluppo di memorie non volatili ad alta densità
• Italian MIUR project FIRB Futuro in Ricerca - RBFR10XQZ8 - Novel device and circuit concepts for energy-efficient electronics
• Italian MIUR project PRIN 2000 - Permeable gate CMOS circuits: are they feasible ?
• Italian MIUR project PRIN 2002 - Sub 0.1 micron Bulk and SOI CMOS Technologies for High Performance and Low Power Applications
• Italian MIUR project PRIN 2004 - Innovative Architectures and Models for nanoMOSFETs
• Italian MIUR project PRIN 2006 - Conventional (bulk) versus emerging nanoscale CMOS technologies: a comparative evaluation from the device to the system level
• Italian MIUR project PRIN 2008 - Modeling and simulation of graphene nanoribbon FETs for high-performance and low-power logic applications (GRANFET)

• Research contract with Taiwan Semiconductor Manufacturing Company - TSMC
• Research contract with Philips research Eindohoven
• Research contract with Philips research Leuven
• Research contract with NXP Leuven
• Research contract with Infineon Technologies Munich
• Research contract with Infineon Technologies Villach