Hijing Tutorial || Proton-Proton Collision 13TeV Energy || Physicist Hammad Shaukat

In this comprehensive tutorial, Physicist Hammad Shaukat walks you through using the Hijing Model to simulate proton-proton collisions at 13 TeV energy, with a focus on analyzing key aspects like multiplicity, pseudo-rapidity, and transverse momentum. This tutorial is designed for researchers, students, and anyone interested in the study of high-energy particle collisions, particularly in the context of ALICE (A Large Ion Collider Experiment) at the CERN Large Hadron Collider (LHC).

What’s Covered in This Tutorial:
Setting up the Hijing Model for simulating proton-proton collisions.
Simulating events ranging from 7,000 to 50,000 and adjusting the parameters accordingly.
Detailed analysis of:
Multiplicity: The number of particles produced in a collision.
Pseudo-Rapidity: A measure of the angle of particle production relative to the beam axis.
Transverse Momentum (pT): The momentum of particles perpendicular to the beam axis.
How the Hijing Model is used to simulate events in ALICE and understand the particle behavior at 13 TeV energy.
Techniques for analyzing the event data using Hijing output and ROOT CERN for plotting.
Whether you’re new to high-energy physics simulations or looking to deepen your understanding of proton-proton collisions, this tutorial offers step-by-step guidance for effective simulation and analysis.

Don’t forget to subscribe to Physicist Hammad Shaukat for more tutorials on particle physics, nuclear tracks, data analysis, and programming tools used in scientific research!
#HijingTutorial
#ProtonProtonCollision
#ALICEExperiment
#13TeVEnergy
#ProtonCollision
#ParticlePhysics
#CERNLHC
#HighEnergyPhysics
#MultiplicityStudy
#Pseudorapidity
#TransverseMomentum
#HijingModel
#EventSimulation
#PhysicsSimulations
#ProtonProtonEvents
#ALICEatCERN
#HijingProtonCollision
#ParticleCollisionAnalysis
#HijingPP
#ALICEProtonCollision
#CERNPhysics
#LHCPhysics
#PhysicsModeling
#HighEnergyCollision
#PhysicsTutorial
#CERNExperiments
#ProtonEvents
#HijingSimulation
#ALICETutorial
#ParticleMultiplicty
#CollisionAnalysis
#ParticlePhysicsTutorial
#CERNAnalysis
#ProtonCollisionStudy
#ParticleTracks
#HijingCERN
#ALICELHC
#LHCEventSimulation
#HighEnergyProtonCollision
#PhysicsDataAnalysis
#PhysicsResearch
#ParticleMomentum
#HighEnergyEvents
#CollisionEventData
#CERNPhysicsTutorial
#ProtonTransverseMomentum
#PhysicsSimulationTools
#CERNProtonCollision
#HighEnergyEventAnalysis
#PseudoRapidityPhysics
#EventMultiplicity
#ALICELHCPhysics
#HijingCERNModel
#ParticleEventAnalysis
#ALICEProtonExperiment
#HijingEventGeneration
#CERNALICETutorial
#13TeVProtonCollisions
#ProtonCollisionEvents
#CERNPhysicsResearch
#ALICE13TeV
#PhysicsSimulationSoftware
#HijingPhysicsModel
#HighEnergyPhysicsSimulations
#ProtonPhysicsExperiments
#ParticlePhysicsResearch
#HijingSoftware
#LHCParticleCollisions
#CERNPhysicsTools
#PhysicsDataSimulation
#PhysicistHammadShaukat
#HammadShaukat
#HammadShaukatPhysics
#PhysicistHammad
#HammadShaukatTutorials
#HammadShaukatParticlePhysics
#HammadShaukatCERN
#HammadShaukatResearch
#HammadShaukatHijing
#HammadShaukatALICE
#HammadShaukatCERNLHC
#HammadShaukatScience
#HammadShaukatCollisions
#HammadShaukatProtons
#HammadShaukatResearchWork
#PhysicistHammadParticlePhysics
#HammadShaukatPhysicsExperiments
#HammadShaukatEventSimulation
#PhysicistHammadTutorial
#HammadShaukatScienceTutorial
#HammadShaukatDataAnalysis
#HammadShaukatPhysicsModeling
#HammadShaukatResearchTutorial
#HammadShaukatPhysicsSimulation
#PhysicistHammadCERN
#HammadShaukatExperiments
#PhysicistHammadLHC
#HammadShaukatPhysicsAnalysis
#PhysicistHammadSimulations
#HammadShaukatPhysicsResearch