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Workshop on Electronics for physics experiments and applications @INFN

5–7 Mar 2025
Torino
Europe/Rome timezone

Contribution List

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4. Registration and Welcome lunch
05/03/2025, 12:00
5. Opening Remarks by Institutional Representatives
05/03/2025, 13:45

Alberto Quaranta, Marco Maggiora, Angelo Rivetti
2. Performance of nanoscale CMOS analog front-end circuits in extreme radiation environments
Valerio Re
05/03/2025, 14:00
3. Total Ionizing Dose effects at ultra high doses: a comparison between planar and FinFET technologies
Serena Mattiazzo
05/03/2025, 14:35

In High-Energy physics applications, electronic devices will experience ever-increasing radiation doses. The forthcoming increase of the luminosity of the Large Hadron Collider (LHC) at CERN will require electronics to be able to withstand ultrahigh total ionizing dose (TID) levels up to 1 Grad(SiO2). For this reason, research on the TID response of modern technologies at ultrahigh doses has...
6. On-line Testing and Healing Permanent Radiation Effects in Reconfigurable Systems
Luca Sterpone
05/03/2025, 15:00
7. Radiation-hardened embedded FPGA for applications in high-energy physics
Luca Frontini
05/03/2025, 15:25
8. Very low noise transimpedance amplifiers to readout SiPMs at cryogenic temperature
Claudio Gotti
05/03/2025, 16:15
10. Low-Power Front-End Electronics chip design for the LITE_SLPD experiment in space applications
Davide Badoni
05/03/2025, 16:40
9. From lab to orbit: an overview of the IXPE readout electronics design
Massimo Minuti
05/03/2025, 17:05
11. Cold electronics for Martian and lunar exploration. Threats, opportunities and technological challengies
Luca Zerilli
05/03/2025, 17:30
12. Roundtable Discussion: Q&A and Insights
05/03/2025, 17:55
38. The RETINA project: from R&D to integration in the DAQ of LHCb
Federico Lazzari (Istituto Nazionale di Fisica Nucleare)
06/03/2025, 08:50
13. The challenges of large ASIC integration and verification: the RD53 experience
Flavio Loddo
06/03/2025, 09:15
14. FEROCE and the journey of data from the detector to the computing farm
Andrea Triossi
06/03/2025, 09:40
15. APE Router: an IP enabling low-latency packet communications for FPGA-based distributed processing.
Francesca Lo Cicero
06/03/2025, 10:05
16. AI Engine Technology in AMD Devices
Daniele Bagni, Giovanni Guasti
06/03/2025, 11:00
17. High speed serial links and radiation tolerant serdes devices for TTC distribution and DAQ in future HEP experiments
Guido Magazzù
06/03/2025, 11:25
18. ARCADIA FDMAPS development with LFoundry 110 nm CIS
Marco Mandurrino
06/03/2025, 11:50
19. Roundtable Discussion: Q&A and Insights
06/03/2025, 12:15
20. Sensors and electronics for extreme timing at extreme rates
Adriano Lai
06/03/2025, 14:00
21. Monolith Picosecond Avalanche Detector
Thanushan Kugathasan
06/03/2025, 14:25
22. High resolution timing applications from the LGAD side
Nicolo Cartiglia
06/03/2025, 14:50
23. Development of monolithic LGADs in 110nm CMOS: overview and perspectives
Lucio Pancheri (University of Trento)
06/03/2025, 15:15
24. A flexible electronics and DAQ system for the Timepix4 and Medipix4 ASICs
Nicolò Biesuz
06/03/2025, 16:20
25. The dRICH data acquisition system for ePIC: a general overview
Davide Falchieri
06/03/2025, 16:45
26. Monolithic (ASPIDES) and hybrid (ADA_5D) approach to the readout of avalanche diodes in high dynamic range applications
Lodovico Ratti
06/03/2025, 17:10
37. Roundtable Discussion: Q&A and Insight
06/03/2025, 17:35
28. Electronic system for the control and readout of superconducting quantum bit
Andrea Giachero
07/03/2025, 08:50
41. TBC "Electronics for controlling multiple Qbits"
Francesco De Dominicis (Istituto Nazionale di Fisica Nucleare)
07/03/2025, 09:15
27. CMOS SPAD Arrays for Quantum Imaging: Opportunities and Challenges
Massimo Gandola
07/03/2025, 09:40
44. TBD
Massimo Caccia
07/03/2025, 10:05
29. Next-Generation Control Systems for European Gravitational Waves Detectors
Alberto Gennai
07/03/2025, 11:05
30. Low Latency Data Acquisition for Future Gravitational Waves Detectors
Paolo Prosperi
07/03/2025, 11:30
31. Memristor-CMOS Synergy – Innovating Circuit Configurations for In-memory Computing
Valerio Bocci
07/03/2025, 11:55
32. Exploring Novel Neuromorphic Computing Architectures with a Multi-Node FPGA System
Pierpaolo Perticaroli
07/03/2025, 12:20
33. New ASICs for medical imaging with embedded machine learning capability
Carlo Fiorini
07/03/2025, 12:45
39. The RETINA project: from R&D to integration in the DAQ of LHCb
42. TID mechanisms on nanoscale CMOS technologies
Serena Mattiazzo (Università di Padova e INFN PD)

In High-Energy physics applications, electronic devices will experience ever-increasing radiation doses. The forthcoming increase of the luminosity of the Large Hadron Collider (LHC) at CERN will require electronics to be able to withstand ultrahigh total ionizing dose (TID) levels up to 1 Grad(SiO2). For this reason, research on the TID response of modern technologies at ultrahigh doses has...
43. Very low noise transimpedance amplifiers to readout SiPMs at cryogenic temperature
Claudio Gotti (Istituto Nazionale di Fisica Nucleare)

Several next-generation experiments will use SiPMs cooled to very low temperatures. The DUNE experiment will use large arrays of SiPMs to detect scintillation light produced in liquid argon (90 K) by neutrino interactions. Each channel will require single photon sensitivity with a total photosensitive area of tens of cm$^2$, read out with a single amplifier. Due to the low source impedance,...
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