12:00
|
Main Tracker and Envelopes
(until 13:00)
|
12:00
|
Straw tracker
|
12:03
|
Development of an ultra-light drift chamber operating in helium atmosphere with PID capabilities based on cluster counting technique
|
12:04
|
Time of Flight and Tracking for FCC-ee with Monolithic CMOS sensors
|
12:09
|
Scintillating fibre tracker (SciFi)
|
12:11
|
Modules for Vertex detector/Silicon Wrapper with combined tracking and timing capability in LFoundry 110nm technology
|
12:12
|
Particle beam telescope with versatile DMAPS chip
|
12:13
|
Carbon fibre wire chamber
|
12:14
|
Monolithic Active Strip Sensors
|
12:15
|
Fast timing layers at FCC-ee
|
12:16
|
Large Area Tracking Systems for FCC-ee Detectors
|
13:00
|
Calorimeter
(until 14:00)
|
13:00
|
SiW-ECAL
|
13:02
|
SiPM-on-Tile HCAL
|
13:03
|
TileCal HCAL for ALLEGRO
|
13:04
|
ALLEGRO Noble Liquid Ecal
|
13:05
|
GRAiNITA
|
13:06
|
Dual-Readout Fiber Sampling Calorimeter
|
13:07
|
T-SDHCAL
|
13:08
|
MAXICC / CalVision
|
14:00
|
Lumical
(until 15:00)
|
14:00
|
Luminosity calorimeter - SiW
|
14:01
|
Development of SNSPDs (quantum sensors)
|
15:00
|
Particle ID
(until 15:30)
|
15:00
|
ARC - A compact RICH detector
|
15:30
|
Coil
(until 16:00)
|
15:30
|
HTS Solenoid
|
16:00
|
Muons
(until 17:00)
|
16:01
|
Development of micro-RWELL technology for the Muon system
|
16:02
|
Resistive Micromegas for muon system
|
16:03
|
Detector development and production, MPGDs or MWPC
|
16:04
|
Timing RPCs for muon system
|
16:05
|
A Muon System with Square Drift Tubes and Scintillator Strips
|
17:00
|
Trigger/DAQ/Electronics
(until 18:00)
|
17:00
|
TDAQ Architecture design and R&D
|
17:02
|
Wireless communications within the vertex detector
|
17:03
|
Embedded FPGAs for ML-based Readout
|
18:00
|
Algorithms (including AI)
(until 19:00)
|
18:00
|
Machine Learning for Particle Flow
|
18:01
|
AI Aided Detector Design Optimization
|
19:00
|
Machine Detector Interface
(until 20:00)
|
19:01
|
Interaction Region Elements and Integration
|