Workshop on Electronics for physics experiments and applications @INFN

5 Mar 2025, 10:00 → 7 Mar 2025, 16:00 Europe/Rome

Aula Magna Lingotto (Torino)

Il Workshop, promosso dalla Commissione Scientifica Nazionale 5 dedicata alla ricerca tecnologica e interdisciplinare, si propone di creare un'occasione di incontro e condivisione di idee tra utilizzatori e sviluppatori di tecnologie elettroniche per gli esperimenti di interesse dell’INFN.

Il workshop sarà organizzato nelle seguenti sessioni tematiche: 

Operatività in ambienti estremi: resistenza alle radiazioni, criogenia, basso  consumo, affidabilità.

Sfide di integrazione: acquisizione e trasmissione dati, scalabilità per grandi superfici e sistemi multi-canale, connessione sensore-ASIC, packaging, data processing con ASIC e FPGA.

Soluzioni per timing veloce e alta frequenza: tempo di volo, tracciamento di particelle, applicazioni deterministiche (sistemi di trigger e sincronizzazione), gestione di grandi volumi di dati, link ad alta velocità.

Prospettive future: elettronica per tecnologie quantistiche (rilevazione di singoli fotoni), rivelazione di onde gravitazionali (Einstein Telescope) e intelligenza artificiale real-time.

Al termine di ogni sessione una tavola rotonda guiderà la discussione.

 

L'iscrizione è gratuita.

L'evento si svolgerà a Torino, nell'Aula Magna del Politecnico di Torino (Via Nizza 242) dal 5 al 7 marzo 2025. 

Contribuiscono all'evento la CSN5, la Sezione di Torino dell'INFN, L'Università e il Politecnico di Torino.

      

Si ringraziano per il contributo 

   

Convenzione-HotelPlaza.docx

Wednesday, 5 March

12:00 → 14:00 Welcome Greetings: Lunch, Institutional greetings and Introduction

12:00 Registration and Welcome lunch

13:45 Opening Remarks by Institutional Representatives

Alberto Quaranta, Marco Maggiora, Angelo Rivetti

14:00 → 15:45 Operation in extreme environment: Radiation hardness, cryogenics, ultra low power, reliability

Contributi su resistenza alle radiazioni, criogenia, power-spazio

14:00 Performance of nanoscale CMOS analog front-end circuits in extreme radiation environments

Speaker: Valerio Re

14:35 Total Ionizing Dose effects at ultra high doses: a comparison between planar and FinFET technologies

Speaker: Serena Mattiazzo

15:00 On-line Testing and Healing Permanent Radiation Effects in Reconfigurable Systems

Speaker: Luca Sterpone

15:25 Radiation-hardened embedded FPGA for applications in high-energy physics

Speaker: Luca Frontini

15:45 → 16:15 Coffee break

16:15 → 18:30 Operation in extreme environment: radiation hardness, cryogenics, ultra low power, reliability

Contributi su resistenza alle radiazioni, criogenia, power-spazio

16:15 Very low noise transimpedance amplifiers to readout SiPMs at cryogenic temperature

Speaker: Claudio Gotti

16:40 Low-Power Front-End Electronics chip design for the LITE_SLPD experiment in space applications

Speaker: Davide Badoni

17:05 From lab to orbit: an overview of the IXPE readout electronics design

Speaker: Massimo Minuti

17:30 Cold electronics for Martian and lunar exploration. Threats, opportunities and technological challengies

Speaker: Luca Zerilli

17:55 Roundtable Discussion: Q&A and Insights

Thursday, 6 March

08:45 → 10:45 Integration challenges - 1: DAQ/Data Transmission/Scalability to large area and multi channels/ sensor-ASIC connection/ packaging/ ASIC/ FPGA data processing

08:45 ---

Speaker: Alessandro Marchioro

09:20 ----

09:55 The challenges of large ASIC integration and verification: the RD53 experience

Speaker: Flavio Loddo

10:20 FEROCE and the journey of data from the detector to the computing farm

Speaker: Andrea Triossi

10:45 → 11:15 Coffee break

11:15 → 13:00 Integration challenges - 2: DAQ/Data Transmission/Scalability to large area and multi channels/ sensor-ASIC connection/ packaging/ ASIC/ FPGA data processing

11:15 AI Engine Technology in AMD Devices

Speakers: Bagni, Guasti

11:40 High speed serial links and radiation tolerant serdes devices for TTC distribution and DAQ in future HEP experiments

Speaker: Guido Magazzù

12:05 ARCADIA FDMAPS development with LFoundry 110 nm CIS

Speaker: Marco Mandurrino

12:30 Roundtable Discussion: Q&A and Insights

13:00 → 14:00 Lunch

14:00 → 16:00 Solutions for fast timing and high frequency: ToF, particle tracking, deterministic applications (trigger systems-synchronization), large data throughput, high speed links)

14:00 Sensors and electronics for extreme timing at extreme rates

Speaker: Adriano Lai

14:25 Monolith Picosecond Avalanche Detector

Speaker: Thanushan Kugathasan

14:50 High resolution timing applications from the LGAD side

Speaker: Nicolo Cartiglia

15:15 Development of monolithic LGADs in 110nm CMOS: overview and perspectives

Speaker: Lucio Panchieri

16:00 → 16:30 Coffee break

16:30 → 18:15 Solutions for fast timing and high frequency: ToF, particle tracking, deterministic applications (trigger systems-synchronization), large data throughput, high speed links)

16:30 A flexible electronics and DAQ system for the Timepix4 and Medipix4 ASICs

Speaker: Nicolò Biesuz

16:55 The dRICH data acquisition system for ePIC: a general overview

Speaker: Davide Falchieri

17:20 Monolithic (ASPIDES) and hybrid (ADA_5D) approach to the readout of avalanche diodes in high dynamic range applications

Speaker: Lodovico Ratti

17:45 Roundtable Discussion: Q&A and Insight

19:30 → 22:30 Social dinner

Friday, 7 March

08:45 → 10:35 Future (Electronics for Quantum Technologies (Single Photon Detection), gravitational wave detection (Einstein Telescope), and Real-Time Artificial Intelligence

09:20 ...

Speaker: Caterina Braggio

09:45 CMOS SPAD Arrays for Quantum Imaging: Opportunities and Challenges

Speaker: Massimo Gandola

10:10 Electronic system for the control and readout of superconducting quantum bit

Speaker: Andrea Giachero

10:35 → 11:05 Coffee break

11:05 → 13:10 Future (Electronics for Quantum Technologies (Single Photon Detection), gravitational wave detection (Einstein Telescope), and Real-Time Artificial Intelligence

11:05 Next-Generation Control Systems for European Gravitational Waves Detectors

Speaker: Alberto Gennai

11:30 Low Latency Data Acquisition for Future Gravitational Waves Detectors

Speaker: Paolo Prosperi

11:55 Memristor-CMOS Synergy – Innovating Circuit Configurations for In-memory Computing

Speaker: Valerio Bocci

12:20 Exploring Novel Neuromorphic Computing Architectures with a Multi-Node FPGA System

Speaker: Pierpaolo Perticaroli

12:45 New ASICs for medical imaging with embedded machine learning capability

Speaker: Carlo Fiorini

13:10 → 13:40 Closing remarks

13:40 → 14:30 Lunch