Name: Bari pixel meeting
Start: 2025-03-07T11:00:00+01:00
End: 2025-03-07T13:10:00+01:00
Location: No location set

- 11:00 → 11:30
  
  status and actions for finalisation of micro-ITS3 paper 30m
  
  Speakers: Giovanni Francesco Tassielli, Shyam Kumar (Istituto Nazionale di Fisica Nucleare)
  
  ITS3_meeting_ShyamKumar_7Mar25.pdf
- 11:30 → 11:50
  
  update on the baby-moss measurements in Lab 20m
  
  Speakers: Angelo Colelli (Istituto Nazionale di Fisica Nucleare), Francesco Barile (INFN Ba), Francesco Barile (Istituto Nazionale di Fisica Nucleare), Rajendra Nath Patra (Variable Energy Cyclotron Centre, Kolkata, India), Rajendra Nath Patra (Istituto Nazionale di Fisica Nucleare)
  
  babyMOSS_testing_Bari_070325.pdf
- 11:50 → 12:00
  
  short update on OpAmp paper 10m
  
  Speakers: Angelo Colelli (Istituto Nazionale di Fisica Nucleare), Francesco Barile (Istituto Nazionale di Fisica Nucleare), Shyam Kumar (Istituto Nazionale di Fisica Nucleare)
  
  OPAMP_Paper_Update_Bari_Pixel_Meeting_20250307.pdf
- 12:00 → 12:20
  short update on the medical applications 20m
  
  Minutes
  
  Speakers: Domenico Colella (Istituto Nazionale di Fisica Nucleare), Dr Fabio Colamaria (INFN - Sezione di Bari)
  
  GEANT4_sonda (1).jpeg
  
  GEANT4_sonda (2).jpeg
  
  SondaIntraoperatoria.jpg
  Intraoperative probe
  
  First working assembly succesfully completed
  
  Assembled by Sabino/Giuliano
  
  Bonded by Sabino/Giovanni
  
  Verified by G. de Robertis
  
  Sylgard to protect the wires by Giovanni
  
  MOSAIC board retaken from N. Mazziotta (4 boards available in total: 1 for didactical purpose)
  
  New firmware to be shared by G. de Robertis
  
  Next steps: load the new firmware and verify the sensor performances in lab, calibration and source
  
  Next to next steps: measurements using radiotracer at ITEL, to be defined
  
  Design of the current probe prototype encoded in dedicated GEANT4 simulations to be used for future data/sim comparisons
  
  For example, simulation of the future measurements at ITEL and comparison of the results to those of real measurements
  
  Acts as a validation to extend the simulation to more complex scenarios, not easily to reproduce experimentally (e.g. full-body simulations)
  
  Worth to start asking for a design of a stick to be used to handle the probe, which allocates the USB-C cable
  
  Stack A9
  
  Carrier board delivery in one month
  
  Bonding loop shape defined, using 100 um thick ALPIDE
  
  First A4 using ALTAI (50 um thick) to validate the loop shape
  
  Next steps:
  
  Full A9 ALTAI (50 um) bad assembly
  
  (once board become available) A2 or A4 assembly with mid quality sensors for board validation
  
  (if everything verified) full A9 assembly with good quality sensors
  
  Measurements with radioactive source + Measurements at beam facility (under investigation Bergen)
- 12:20 → 13:00
  AOB (planning of conferences, ITS3 mechanics, ALICE3, SVT, … ) 40m
  
  Minutes
  
  Speakers: Angelo Colelli (Istituto Nazionale di Fisica Nucleare), Domenico Colella (Istituto Nazionale di Fisica Nucleare), Domenico Elia (Istituto Nazionale di Fisica Nucleare), Francesco Barile (Istituto Nazionale di Fisica Nucleare), Triloki Triloki (INFN Bari Italy)
  
  SVT-L0.png
  
  UHV_Facility_INFN_Bari.pptx
  ITS3 WP4/WP5
  
  BBM6 assembly completed and delivered to CERN on week 8
  
  Possible contribution to the BBM6 measurements by Triloki, to be confirmed and agreed
  
  Power dissipation studies using L0 heaters on mandrel --> Results will be shown next week during WP5 meeting
  
  Next activities:
  
  Working super-ALPIDE assembly will start next week
  
  SVT
  
  First L0 assembly (double-sensor) succesfully completed on week 6
  
  New sensor handling tools (common to ITS3) produced
  
  New support structures gluing tools produced
  
  Next activities:
  
  New L0 assembly, still using wafer remnance L0 size, using new tools will start during next two weeks