EtabFDC: an $\eta_b$ event generator in hadroproduction at LHC
Cong-Feng Qiao, Jian Wang, Jian Xiong Wang, and Yangheng Zheng
TL;DR
EtabFDC is an event generator package designed for simulating $ ta_b$ hadroproduction at the LHC, integrating matrix-element calculations with parton-shower and hadronization processes.
Contribution
It introduces an automated FORTRAN code generation system for $ ta_b$ production processes, enabling comprehensive event simulation at leading order.
Findings
Provides a complete event generation framework for $ ta_b$ production
Integrates with Pythia for realistic hadronization
Automates code generation for all relevant processes
Abstract
The EtabFDC is a matrix-element event generator package for hadroproduction at LHC. It generates events for all possible parton-level leading-order processes with three commonly used decay channels being implemented. The \pythia interface is used for parton-shower and hadronization to obtain the hadronic events. The FORTRAN codes of this package are generated by FDC (Feynman Diagram Calculation) system automatically.
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