Luca Selmi: Difference between revisions
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[[File:Luca Selmi.jpg|210px|left]] | [[File:Luca Selmi.jpg|210px|left]] | ||
Ph.D in Electrical Engineering | Ph.D. in Electrical Engineering | ||
Professor of Electronics | Professor of Electronics | ||
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[http://www.elettronica.unimore.it Micro- and Nanoelectronics Laboratories] | [http://www.elettronica.unimore.it Micro- and Nanoelectronics Laboratories] | ||
''' | '''ORCID CODE''' | ||
0000-0001-8688-4326 | 0000-0001-8688-4326 | ||
<br> | <br> | ||
=== Research Interests and Activities === | === Research Interests, Contributions, and Activities === | ||
AREA ADVANCED AND EMERGING MICRO/NANOELECTRONIC DEVICES FOR DIGITAL SWITCHING AND ANALOG APPLICATIONS | |||
* Modelling and simulation of nanoelectronic switches for energy-efficient ultra-low power electronics (finFET, FDSOI, nanosheet, CFET, TFET, Cold source) | |||
* Advanced electronic devices for cryo-CMOS and quantum computing, with emphasis on noise/fluctuations | |||
* Scaled transistors in alternative semiconductor channel materials (III-V,2D, WBG) | |||
* Self-heating and performance degradation in modern nanoelectronic transistors and vertical integration technologies | |||
* Characterization, modeling and simulation of carrier transport, impact ionization, hot carrier effects, hot carrier induced luminescence, degradation and reliability in advanced electron devices | |||
AREA ADVANCED AND EMERGING MICRO/NANOELECTRONIC BIOSENSORS AND ENVIRONMENTAL SENSORS | |||
* Modelling and simulation of nanoelectronic devices for ion-, particle- and bio-sensing | |||
* High-frequency impedance spectroscopy for detection and fingerprinting of nanoscale bioanalytes | |||
* High-frequency impedance spectroscopy for detection and continuous monitoring of environmental micro/nano-particle and plastics pollution | |||
PAST ACTIVITIES | |||
* Flash EEPROM operation and reliability | * Flash EEPROM operation and reliability | ||
* Design of high-frequency circuits for telecom applications in bulk and FinFET technologies | |||
* Design of high frequency circuits for telecom applications in bulk and FinFET technologies | === Topics for Bachelor, Master, and Ph.D. Thesis === | ||
* [[Media:Proposta_Noise.pdf|1/f noise in nanoscale transistors down to cryogenic temperatures for quantum applications]] (MSc, PhD) | |||
* [[Media:Proposta_Self-heating_in_FinFETs_and_FDSOI_transistors.pdf|Nanosecond timescale self-heating effects in advanced FinFET and FDSOI nanoscale MOSFETs]] (MSc, PhD) | |||
* [[Media:Proposta_ATTOSWITCH.pdf|Attojoule MOSFET switches in 2D-3D materials for ultra-low power electronics]] (MSc, PhD) | |||
* [[Media:LDMOSfinFETs.pdf|Advanced LDMOS transistors in finF£T technologies]] (MSc, PhD) | |||
* [ | * [Design of degradable components for massive deployment of environmentally sustainable RFID technology] (BSc, MSc) | ||
* [http://www.ict.unimore.it/ict_docs/phd_topics/34Ciclo/Schede_dott_ICT_2018-SELMI.pdf High frequency impedance spectroscopy with nanobiosensor arrays] (MSc, PhD) | * [http://www.ict.unimore.it/ict_docs/phd_topics/34Ciclo/Schede_dott_ICT_2018-SELMI.pdf High-frequency impedance spectroscopy with nanobiosensor arrays] (MSc, PhD) | ||
* [[Media:Master_thesis_with_internship_at_S.A.L.pdf|Virus detection with nanobiosensor arrays and ML/AI algorithms (including stage at Silicon Austria Labs - https://silicon-austria-labs.com/)]] (MSc) | * [[Media:Master_thesis_with_internship_at_S.A.L.pdf|Virus detection with nanobiosensor arrays and ML/AI algorithms (including stage at Silicon Austria Labs - https://silicon-austria-labs.com/)]] (MSc) | ||
* [[Media:Proposta tesi INFET- 2019.pdf|Design and Optimization of vertical nanowire devices for neurophysiological studies and epilepsy treatment]] (MSc, | * [[Media:Proposta tesi INFET- 2019.pdf|Design and Optimization of vertical nanowire devices for neurophysiological studies and epilepsy treatment]] (MSc, Ph.D. - in collaboration with the EU H2020 IN-FET project) | ||
* [[Media:Proposta_tesi_INFET-2_Iontronics2.pdf|Modelling Simulation and Design of Iontronic Devices for Ionic Neurostimulation]] (MSc, PhD - in collaboration with the EU H2020 IN-FET project) | * [[Media:Proposta_tesi_INFET-2_Iontronics2.pdf|Modelling Simulation and Design of Iontronic Devices for Ionic Neurostimulation]] (MSc, PhD - in collaboration with the EU H2020 IN-FET project) | ||
* [[Media:Proposta_Nanoscale_devices2.pdf|Advanced electron devices for energy efficient electronics]] (MSc, PhD) | * [[Media:Proposta_Nanoscale_devices2.pdf|Advanced electron devices for energy-efficient electronics]] (MSc, PhD) | ||
* [DNA memory for ultimately low-power and massive storage] (BSc, MSc) | * [DNA memory for ultimately low-power and massive storage] (BSc, MSc) | ||
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=== Research Projects === | === Research Projects === | ||
I am currently | I am currently scientifically involved in the following research projects (last updated June 2024): | ||
* European | * European HEUROPE project ATTOSWITCH - Dirac Cold-Source Transistor Technologies for Attojoule Switching (2024-2027) [https://www.attoswitch.eu www.attoswitch.eu], Coordinated by IUNET and UniMORE. | ||
* European ECSEL project GAN4AP - GaN for Advanced Power Applications (2021-2024) [https://cordis.europa.eu/project/id/101007310/it project website], participation via the IUNET consortium. | * European ECSEL project GAN4AP - GaN for Advanced Power Applications (2021-2024) [https://cordis.europa.eu/project/id/101007310/it project website], participation via the IUNET consortium. | ||
* National PNRR Ecosystems for innovation project ECOSISTER [https://www.ecosister.it www.ecosister.it], Spoke 6, Ecological transition based on HPC & data technology. Large scale, multiphysics electrothermal simulations of advanced electronics components for performance and reliability estimation | |||
* National PNRR HEAL-ITALIA project (partenariati estesi) [https://www.healitalia.eu/ www.healitalia.eu], Spoke 6, Devices. Investigation of high frequency impedance spectroscopy nanobiosensors for precision medicine | |||
Over the years I held technical and coordination roles and responsibilities in the following research projects (last updated June 2024): | |||
* European H2020 project IN-FET - Ionic Neuromodulation For Epilepsy Treatment (2020-2023) [https://www.in-fet.eu 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) [https://www.beferrosynaptic.eu www.beferrosynaptic.eu], Italian participation coordinated by the Udine unit of the IUNET consortium. | |||
* European ECSEL project ARROWHEAD TOOLS - Arrowhead Tools for Engineering of Digitalisation Solutions (2019-2021) [https://www.arrowhead.eu/arrowheadtools www.arrowhead.eu], participation via the IUNET consortium. | * European ECSEL project ARROWHEAD TOOLS - Arrowhead Tools for Engineering of Digitalisation Solutions (2019-2021) [https://www.arrowhead.eu/arrowheadtools 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 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. | ||
* European Flag-ERA HESN project CONVERGENCE - Frictionless Energy Efficient Convergent Wearables For Healthcare And Lifestyle Applications [https://www.convergence-era.org www.convergence-era.org] (2017-2021), coordinator of the Italian cluster. | * European Flag-ERA HESN project CONVERGENCE - Frictionless Energy Efficient Convergent Wearables For Healthcare And Lifestyle Applications [https://www.convergence-era.org www.convergence-era.org] (2017-2021), coordinator of the Italian cluster. | ||
* European FP7 Strep project E2SWITCH - Energy Efficient Tunnel FET Switches and Circuits [https://www.e2switch.org www.e2switch.org] (2013-2017). | * European FP7 Strep project E2SWITCH - Energy Efficient Tunnel FET Switches and Circuits [https://www.e2switch.org www.e2switch.org] (2013-2017). | ||
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* European Network of Excellence NANOSIL - SIlicon-based NAnostructures and naNOdevices www.nanosil-noe.eu (7FP, 2008-2011). | * 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 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 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 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 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 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 | * 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). | * European FP7 Strep project GRADE - Graphene-based Devices and Circuits for RF Applications www.grade-project.eu (2012-2016). | ||
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* Italian MIUR project FIRB 2006 - RBIP06YSJJ - Tecnologie innovative per lo sviluppo di memorie non volatili ad alta densità | * 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 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 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 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 2004 - Innovative Architectures and Models for nanoMOSFETs | ||
Line 111: | Line 130: | ||
* 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 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. | * 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. | ||
* 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. | |||
* Research | * Research projects in collaboration with semiconductor companies such as Philips, NXP, Infineon, ST Microelectronics, TSMC | ||
=== Italian University Nano-Electronics Team (IU.net Consortium) === | === Italian University Nano-Electronics Team (IU.net Consortium) === | ||
IU.net is a consortium of | IU.net is a consortium of fourteen research groups located at Italian Universities and devoted to advanced research in micro- and nano-electronics. | ||
More information can be found on the [http://www.iunet.info IUNET Consortium webpage] | More information can be found on the [http://www.iunet.info IUNET Consortium webpage] | ||
=== UE documents on nano-electronics, visions of the future, scientific research and governance === | === UE documents on nano-electronics, visions of the future, scientific research, and governance === | ||
* [https://aeneas-office.org/wp-content/uploads/2021/01/2021_ECS-SRIA-final_1501.pdf Draft Strategic Research Agenda for Electronic Components and Systems 2021] | * [https://aeneas-office.org/wp-content/uploads/2021/01/2021_ECS-SRIA-final_1501.pdf Draft Strategic Research Agenda for Electronic Components and Systems 2021] | ||
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=== Current teaching duties === | === Current teaching duties === | ||
* [http://offertaformativa.unimore.it/corso/insegnamento?cds_cod=20-268&aa_ord_id=2020&pds_cod=20-268-1&aa_off_id=2020&lang=eng&ad_cod=ENGIEM-023&aa_corso=1&fac_id=10005&coorte=2020&anno_corrente=2020&durata=2 Electron Devices and Components (Master degree in Electronics Engineering, English | * [http://offertaformativa.unimore.it/corso/insegnamento?cds_cod=20-268&aa_ord_id=2020&pds_cod=20-268-1&aa_off_id=2020&lang=eng&ad_cod=ENGIEM-023&aa_corso=1&fac_id=10005&coorte=2020&anno_corrente=2020&durata=2 Electron Devices and Components (Master degree in Electronics Engineering, English taught, 7 CFU out of 9 total)] | ||
* [http://offertaformativa.unimore.it/corso/insegnamento?cds_cod=20-268&aa_ord_id=2020&pds_cod=20-268-2&aa_off_id=2021&lang=eng&ad_cod=ENGIEM-034&aa_corso=2&fac_id=10005&coorte=2020&anno_corrente=2020&durata=2 NanoElectronics and Bioelectronics (Master degree in Electronics Engineering, English taught, 2 CFU out of 6 total)] | |||
* [https://offertaformativa.unimore.it/corso/insegnamento?cds_cod=20-212&aa_ord_id=2015&pds_cod=PDS0-2015&aa_off_id=2019&lang=ita&ad_cod=INF-24&aa_corso=2&fac_id=10005&coorte=2018&anno_corrente=2018&durata=3 Elettronica per i Sistemi Digitali (Laurea triennale in Ingegneria Informatica, 4 ECTS out of 9 total)] | |||
* [ | * [https://www.corsi.univr.it/?ent=cs&id=1001 Elettronica Analogica e Digitale con Laboratorio (Laurea Triennale Interateneo in Ingegneria dei Sistemi Medicali per la Persona presso Università di Verona, 6 ECTS out of 12 total)] | ||
=== Past teaching duties at the University of Udine and University of Bologna === | |||
* [https://offertaformativa.unimore.it/corso/insegnamento?cds_cod=20- | * [https://offertaformativa.unimore.it/corso/insegnamento?cds_cod=20-268&aa_ord_id=2015&pds_cod=PDS0-2015&aa_off_id=2018&lang=eng&ad_cod=ENGIEM-001&aa_corso=1&fac_id=10005&coorte=2018&anno_corrente=2018&durata=2 Micro and NanoElectronics (Master degree in Electronics Engineering, English taught (until 2018-2019))] | ||
=== | * [https://offertaformativa.unimore.it/corso/insegnamento?cds_cod=20-212&aa_ord_id=2015&pds_cod=PDS0-2015&aa_off_id=2019&lang=ita&ad_cod=INF-24&aa_corso=2&fac_id=10005&coorte=2018&anno_corrente=2018&durata=3 Elettronica Digitale (fino al 2023-2024)] | ||
* [http://www.dpia.uniud.it/selmi/e2/welcome.html Digital Electronics (until 2002 - 2003)] | * [http://www.dpia.uniud.it/selmi/e2/welcome.html Digital Electronics (until 2002 - 2003)] | ||
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* [[Media:Eco-Eluanax.pdf|Perché ho il diritto di scegliere la mia morte (U.Eco, Repubblica)]] | * [[Media:Eco-Eluanax.pdf|Perché ho il diritto di scegliere la mia morte (U.Eco, Repubblica)]] | ||
* [[Media:PresidentObamaEducationspeech2009.pdf|Discorso sull'educazione (B.Obama, Wakefield High School, Arlington, Virginia, September 8, 2009)]] | * [[Media:PresidentObamaEducationspeech2009.pdf|Discorso sull'educazione (B.Obama, Wakefield High School, Arlington, Virginia, September 8, 2009)]] | ||
* [[Media:StudiareLaFilosofia.pdf|Sullo studio. Estratto da "La dignità dell'uomo" (Pico della Mirandola, Einaudi)]] | |||
* [[Media:Schwarzenegger.pdf|Da immigrante in questo paese (A.Schwarzenegger, On-line, January 10, 2021)]] | * [[Media:Schwarzenegger.pdf|Da immigrante in questo paese (A.Schwarzenegger, On-line, January 10, 2021)]] | ||
* [[Media:Calamandreix.pdf|A difesa della scuola nazionale (P.Calamandrei, III Congresso ADSN, Roma, 11 febbraio 1950)]] | * [[Media:Calamandreix.pdf|A difesa della scuola nazionale (P.Calamandrei, III Congresso ADSN, Roma, 11 febbraio 1950)]] | ||
Line 176: | Line 195: | ||
* [[Media:Rondolino.pdf|L'Italia non esiste (F.Rondolino, Mondadori)]] | * [[Media:Rondolino.pdf|L'Italia non esiste (F.Rondolino, Mondadori)]] | ||
* [[Media:Serracchiani.pdf|Non ditemi ... (D.Serracchiani, 2016)]] | * [[Media:Serracchiani.pdf|Non ditemi ... (D.Serracchiani, 2016)]] | ||
* [[Media:Infocrazia.pdf|Infocrazia (Byung-Chul Han, Einaudi)]] | |||
* [[Media:Labatout-La_pietra_della_follia.pdf|La pietra della follia (Labatut, Adelphi)]] | |||
* [[Media:LateLessons.pdf|Introduction to "Late lessons from early warnings" (J.McGlade, 2013)]] | * [[Media:LateLessons.pdf|Introduction to "Late lessons from early warnings" (J.McGlade, 2013)]] | ||
* [[Media:PascaleMercier.pdf|Solidao (P.Mercier, Mondadori)]] | * [[Media:PascaleMercier.pdf|Solidao (P.Mercier, Mondadori)]] | ||
* [[Media: | * [[Media:Qoèlet (11, 1-4,6).pdf|Qoèlet (11, 1-4, 6)]] | ||
* [[Media:Perdite.pdf|La nera schiena del tempo (Javier Marías, Einaudi)]] |
Latest revision as of 09:35, 12 September 2024
Welcome to my Home Page
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, Contributions, and Activities
AREA ADVANCED AND EMERGING MICRO/NANOELECTRONIC DEVICES FOR DIGITAL SWITCHING AND ANALOG APPLICATIONS
- Modelling and simulation of nanoelectronic switches for energy-efficient ultra-low power electronics (finFET, FDSOI, nanosheet, CFET, TFET, Cold source)
- Advanced electronic devices for cryo-CMOS and quantum computing, with emphasis on noise/fluctuations
- Scaled transistors in alternative semiconductor channel materials (III-V,2D, WBG)
- Self-heating and performance degradation in modern nanoelectronic transistors and vertical integration technologies
- Characterization, modeling and simulation of carrier transport, impact ionization, hot carrier effects, hot carrier induced luminescence, degradation and reliability in advanced electron devices
AREA ADVANCED AND EMERGING MICRO/NANOELECTRONIC BIOSENSORS AND ENVIRONMENTAL SENSORS
- Modelling and simulation of nanoelectronic devices for ion-, particle- and bio-sensing
- High-frequency impedance spectroscopy for detection and fingerprinting of nanoscale bioanalytes
- High-frequency impedance spectroscopy for detection and continuous monitoring of environmental micro/nano-particle and plastics pollution
PAST ACTIVITIES
- Flash EEPROM operation and reliability
- Design of high-frequency circuits for telecom applications in bulk and FinFET technologies
Topics for Bachelor, Master, and Ph.D. Thesis
- 1/f noise in nanoscale transistors down to cryogenic temperatures for quantum applications (MSc, PhD)
- [Design of degradable components for massive deployment of environmentally sustainable RFID technology] (BSc, MSc)
- Design and Optimization of vertical nanowire devices for neurophysiological studies and epilepsy treatment (MSc, Ph.D. - in collaboration with the EU H2020 IN-FET project)
- Modelling Simulation and Design of Iontronic Devices for Ionic Neurostimulation (MSc, PhD - in collaboration with the EU H2020 IN-FET project)
- [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 scientifically involved in the following research projects (last updated June 2024):
- European HEUROPE project ATTOSWITCH - Dirac Cold-Source Transistor Technologies for Attojoule Switching (2024-2027) www.attoswitch.eu, Coordinated by IUNET and UniMORE.
- European ECSEL project GAN4AP - GaN for Advanced Power Applications (2021-2024) project website, participation via the IUNET consortium.
- National PNRR Ecosystems for innovation project ECOSISTER www.ecosister.it, Spoke 6, Ecological transition based on HPC & data technology. Large scale, multiphysics electrothermal simulations of advanced electronics components for performance and reliability estimation
- National PNRR HEAL-ITALIA project (partenariati estesi) www.healitalia.eu, Spoke 6, Devices. Investigation of high frequency impedance spectroscopy nanobiosensors for precision medicine
Over the years I held technical and coordination roles and responsibilities in the following research projects (last updated June 2024):
- 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 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.
- 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.
- 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.
- 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 fourteen research groups located at Italian Universities and devoted to advanced research in micro- and 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
- Draft Strategic Research Agenda for Electronic Components and Systems 2021
- Electronic Components and Systems Strategic Research Agenda 2019
- Nanoelectronics for Europe Roadmap, NEREID 2019
- Science, Research and Innovation Performance in the EU 2018
- Batteries for Europe 2020
- Photonics 2021
- Late lessons from early warnings, European Environment Agency Report vol.1 and 2
Publications
Publications (link to the IRIS database)
Current teaching duties
Past teaching duties at the University of Udine and University of Bologna
Miscellanea
- Ai nati prima del 1970 (e per conoscenza a quelli nati dopo)
- Chi non capisce si vendica (Editoriale di Enrico Bellone, Le Scienze, n.484, dic.2008)
- Come se Dio ci fosse (M.Viroli, Einaudi)
- Perché ho il diritto di scegliere la mia morte (U.Eco, Repubblica)
- Discorso sull'educazione (B.Obama, Wakefield High School, Arlington, Virginia, September 8, 2009)
- Sullo studio. Estratto da "La dignità dell'uomo" (Pico della Mirandola, Einaudi)
- Da immigrante in questo paese (A.Schwarzenegger, On-line, January 10, 2021)
- A difesa della scuola nazionale (P.Calamandrei, III Congresso ADSN, Roma, 11 febbraio 1950)
- Apologo sull’onestà nel paese dei corrotti (I.Calvino, La Repubblica, 15 marzo 1980)
- L'Italia non esiste (F.Rondolino, Mondadori)
- Non ditemi ... (D.Serracchiani, 2016)
- Infocrazia (Byung-Chul Han, Einaudi)
- La pietra della follia (Labatut, Adelphi)
- Introduction to "Late lessons from early warnings" (J.McGlade, 2013)
- Solidao (P.Mercier, Mondadori)
- Qoèlet (11, 1-4, 6)
- La nera schiena del tempo (Javier Marías, Einaudi)