Luca Selmi

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Template:Luca Selmi

Welcome to my Home Page

Luca Selmi.jpg

Ph.D. in Electrical Engineering

Professor of Electronics

IEEE Fellow (2015)

Email: luca.selmi@unimore.it

Phones

Office: (+39) 059 2056165

Mobile: (+39) 320 4365969

Micro- and Nanoelectronics Laboratories

ORCID CODE

0000-0001-8688-4326



Research Interests and Activities

  • Modelling and simulation of nanoelectronic ion- and bio-sensors
  • High-frequency impedance spectroscopy for reliable biosensing of nanoscale analytes
  • Nanometer size MOSFETs in alternative semiconductor channel materials
  • Modelling 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

Topics for Bachelor, Master, and Ph.D. Thesis

  • [Design of degradable components for massive deployment of environmentally sustainable RFID technology] (BSc, MSc)
  • [DNA memory for ultimately low-power and massive storage] (BSc, MSc)
  • [Anaysis of interdigitated capacitor sensors for particle detection] (BSc, MSc)
  • [New scientific software tools for educational purposes] (BSc, MSc)
  • [Readout circuits for impedance spectroscopy sensors] (BSc, MSc)
  • [Solid state batteries for future electronics] (BSc, MSc)
  • [Approximate computing methods and circuits] (BSc, MSc)
  • [Energy metrics for new computing paradigms] (BSc, MSc)
  • [Sustainable, compostable, edible electronics] (BSc, MSc)
  • [In-memory and In-sensor computing] (BSc)

Research Projects

I am currently participating in the following research projects (last updated December 2020):

  • European H2020 project IN-FET - Ionic Neuromodulation For Epilepsy Treatment (2020-2023) www.in-fet.eu, Italian participation coordinated by the UniMORE unit of the IUNET consortium.
  • European H2020 project BEFERROSYNAPTIC - BEOL Technology Platform Based on Ferroelectric Synaptic Devices for Advanced Neuromorphic Processors (2020-2022) www.beferrosynaptic.eu, Italian participation coordinated by the Udine unit of the IUNET consortium.
  • European ECSEL project GAN4AP - GaN for Advanced Power Applications (2021-2024) project website, participation via the IUNET consortium.
  • European ECSEL project ARROWHEAD TOOLS - Arrowhead Tools for Engineering of Digitalisation Solutions (2019-2021) www.arrowhead.eu, participation via the IUNET consortium.
  • Italian MIUR PON project ADAS+ - Sviluppo di Tecnologie e Sistemi Avanzati per la Sicurezza dell'Auto Mediante Piattaforme ADAS (2018-2020) italian participation coordinated by the Modena unit of the IUNET Consortium.
  • Italian MIUR project PRIN 2017 - Empowering GaN-on-SiC and GaN-on-Si technologies for the next challenging millimeter-wave applications (GANAPP) (2020-2023) coordinated by the Padova unit.

Over the years I held technical and coordination roles and responsibilities in the following research projects (last updated April 2021):

  • European Flag-ERA HESN project CONVERGENCE - Frictionless Energy Efficient Convergent Wearables For Healthcare And Lifestyle Applications www.convergence-era.org (2017-2021), coordinator of the Italian cluster.
  • 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).
  • 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 - Modelling, 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 - Modelling and simulation of graphene nanoribbon FETs for high-performance and low-power logic applications (GRANFET)
  • 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.
  • Research projects in collaboration with semiconductor companies such as Philips, NXP, Infineon, ST Microelectronics, TSMC

Italian University Nano-Electronics Team (IU.net Consortium)

IU.net is a consortium of twelve research groups located in eleven Italian Universities and devoted to advanced research in the field of nano-electronics.

More information can be found on the IUNET Consortium webpage

UE documents on nano-electronics, visions of the future, scientific research, and governance

Publications

Publications (link to the IRIS database)

Current teaching duties

Past teaching duties at the University of Udine and University of Bologna

Miscellanea