Speaker
Description
JUNO is a multi-purpose experiment with a broad physics program that requires a precise understanding of the detector’s response. Simulation software plays a crucial role in the JUNO experiment, offering a flexible and consistent framework for conducting simulation studies across its diverse physics goals.
The simulation includes detailed descriptions of all detector components, electronics, and event generators. This has enabled the collaboration to define the calibration strategy, assess backgrounds, and develop reconstruction softwares. With the start of data collection, simulations have deepened our understanding of the detector, and several key parameters have been fine-tuned.
This poster will present the JUNO simulation, focusing on its challenges and the solutions adopted. It will also highlight comparisons between simulation results and experimental data.