Custom Tracker-ECAL-HCAL Detector Simulation Data: Stepping Energy Deposits for 5k Hard QCD pp Collisions (13.6 TeV)

This dataset provides simulated detector interaction data (hits and energy deposits) generated from final-state particles traversing a custom-designed, multi-layered detector framework. The simulation takes proton-proton collision events (Hard QCD, pT > 20 GeV, √s = 13.6 TeV as input to model micro-level material interactions. Detector design: Inner chamber Radius: 500 mm Tracker system: 10 layers in a 2 T magnetic field 0.2 mm silicon (active) 14.8 mm galactic vacuum (passive) First gap 350 mm galactic vacuum ECAL: 60 layers 2.5 mm lead (passive absorber) 2 mm polystyrene (active scintillator) Second gap 500 mm galactic vacuum HCAL: 96 layers 14 mm steel (passive absorber) 2 mm polystyrene (active scintillator) Addtional Details: Format: ROOT Event ID PDG code X position Y position Z position Energy deposited Global time Process: Hard QCD production. Cuts: Transverse momentum (pT) greater than 20 GeV. Beam: Proton-Proton (2212 x 2212).