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picture1_Quantum Physics Ppt 78532 | Presentation


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File: Quantum Physics Ppt 78532 | Presentation
the team this talk is based on ongoing research by andrea delgado oak ridge national lab jim kowalkowski fermilab stephen mrenna fermilab darleen perez lavin naval information warfare center atlantic ...

icon picture PPTX Filetype Power Point PPTX | Posted on 06 Sep 2022 | 3 years ago
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    The team
    • This talk is based on ongoing research by
         – Andrea Delgado, Oak Ridge National Lab
         – Jim Kowalkowski, Fermilab
         – Stephen Mrenna, Fermilab
         – Darleen Perez-Lavin, Naval Information Warfare Center Atlantic
         – Prasanth Shyamsundar, Fermilab
    2        09/05/2022    Prasanth Shyamsundar | Quantum Computing for Color Reconnection
    Physics motivation
    • Data analysis at HEP colliders typically proceeds via the comparison of real 
        experimental data to data simulated under various theory models.
    • One of the stages of the simulation pipeline is the simulation of the non-perturbative 
        QCD effects. 
    • Heuristic, phenomenological models are used
        for non-perturbative QCD.
    3        09/05/2022    Prasanth Shyamsundar | Quantum Computing for Color Reconnection
    Physics motivation: Lund string model
    • The Lund string model can be used to simulate the production of hadrons 
        (observable particles) from bare partons produced by the hard scattering process.
    4        09/05/2022    Prasanth Shyamsundar | Quantum Computing for Color Reconnection
      Physics motivation: Lund string model
      ••    L  und strings of the form  are produced, which subsequently dissolve to produce 
            hadrons (again heuristically)
      5            09/05/2022          Prasanth Shyamsundar | Quantum Computing for Color Reconnection
      Physics motivation: Color reconnection
      ••    T  he model doesn’t fit certain aspects of the data well.
      • Allowing a scrambling of the color connections (to reduce an energy measure) 
            improved the modeling. This is known as color reconnection.
      • Which brings us to the problem we are trying solve using quantum computers…
      • Given:
             –  quarks,  anti-quarks, and  gluons.
             – Weights  between all the pairs of particles.
      • Task:
             – Find a minimum energy valid connection of the quarks and gluons: 
             – Energy of the configuration: sum of used edge weights
       Improving the QCD model can improve the sensitivity of the experimental analyses
      6            09/05/2022          Prasanth Shyamsundar | Quantum Computing for Color Reconnection
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...The team this talk is based on ongoing research by andrea delgado oak ridge national lab jim kowalkowski fermilab stephen mrenna darleen perez lavin naval information warfare center atlantic prasanth shyamsundar quantum computing for color reconnection physics motivation data analysis at hep colliders typically proceeds via comparison of real experimental to simulated under various theory models one stages simulation pipeline non perturbative qcd effects heuristic phenomenological are used lund string model can be simulate production hadrons observable particles from bare partons produced hard scattering process l und strings form which subsequently dissolve produce again heuristically t he doesn fit certain aspects well allowing a scrambling connections reduce an energy measure improved modeling known as brings us problem we trying solve using computers given quarks anti and gluons weights between all pairs task find minimum valid connection configuration sum edge improving improve se...

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