Conveners
Parallel - WG2
- Dirk Zerwas (IJCLab and DMLab)
- Patrizia Azzi (Istituto Nazionale di Fisica Nucleare)
- Fulvio Piccinini (Istituto Nazionale di Fisica Nucleare)
Parallel - WG2
- Dirk Zerwas (IJCLab and DMLab)
- Fulvio Piccinini (Istituto Nazionale di Fisica Nucleare)
- Patrizia Azzi (Istituto Nazionale di Fisica Nucleare)
The Cool Copper Collider (C$^3$) is a proposed linear electron-positron linear collider operating at a center-of-mass energy of 250 GeV, with an upgrade to 550 GeV. A key aspect of evaluating the physics potential of any proposed Higgs factory is to quantify the effect of the various beam- and machine-induced backgrounds on the detector occupancy, and, ultimately, on the expected precision...
While the ionization process by charged particles (dE/dx) is commonly used for particle identification, uncertainties in total energy deposition limit particle separation capabilities. To overcome this limitation, the cluster counting technique (dN/dx) leverages the Poisson nature of primary ionization, providing a statistically robust method for inferring mass information. Simulation studies...
Detector studies for future experiments rely on advanced software tools to estimate performance and optimize their design and technology choices. The Key4hep project provides a turnkey solution for the full experiment life- cycle based on established community tools. An important ingredient for the performance of future Higgs Factory experiments, is the particle flow reconstruction for optimal...
The challenges expected for the future $e^+e^-$ colliders era are pushing to re-think the HEP computing models at many levels.
The evolution toward solutions that allow an effortless interactive analysis experience is one of the key topics foreseen by future colliders collaborations.
In this context, EDM4HEP offers a high-level model which makes it a flexible and user-friendly tool for...
The precise reconstruction of electrons is an important ingredient for the proposed physics program at future Higgs factories (HF). It becomes especially important in $m_W$ and TGC measurements in the $e\nu W$ final state. These measurements were identified as two of the high-priority focus topics by the WG1 of the ECFA HF study.
The track reconstruction for electrons is particularly...
Particle flow and flavor tagging are the key algorithms determining physics performance at reconstruction for Higgs factory detectors. Particle flow is the reconstruction of individual particles inside jets, which requires precise track-cluster matching in addition to clustering of calorimeter hits. We are implementing a track-cluster matching algorithm on top of GravNet-based calorimeter...
The IDEA detector designed for the FCC-ee experiment has a cilindrical drift chamber as a main tracking device, surrounded by a spaghetti calorimeter exploiting a dual readout technology.
The fibers are positioned 1.5 mm far from each other giving to the detector an high granularity of about 50 sensitive element per cm2.
The Dual Readout technology, using scintillating and Cherenkov based...
