Fortran to Excel to Origin Plotting at 5.02 TeV Jet 0 || Kaons Production || pp Collision

This video demonstrates a complete workflow to visualize kaon production in proton–proton collisions at 5.02 TeV (jet 0 selection): from raw Fortran output to cleaned Excel tables and publication-quality plots in Origin. I walk through the simulation/output format, show how to parse and arrange event-level kaon data, explain meaningful selections (jet 0 definition, pT and η ranges), and produce transverse momentum and multiplicity spectra that highlight kaon yields and spectral shapes at this energy. If you are doing LHC-scale analysis or teaching collider-data techniques, this tutorial gives a clear, reproducible path from code to figures.

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The core of the video is a hands-on demonstration: exporting Fortran arrays to CSV, using Excel to inspect and normalize the distributions (binning, background checks, efficiency corrections), then importing into Origin to construct histograms, overlays, ratio plots, and fitted spectra. I show exact Origin settings (bin widths, axis scaling, fit functions) and common plotting tricks—error bars, legends, multi-panel layouts—so your figures are ready for reports, presentations, or thesis chapters. Along the way I discuss statistical vs systematic uncertainties and give tips for keeping your analysis reproducible (scripted exports, consistent metadata, and versioned result folders).

Timestamps, short code snippets, and recommended parameter choices are shown on-screen so you can replicate the analysis step-by-step. If you want the Fortran parsing script or the Excel template used in this video, check the pinned comment/description links below and leave a message for any additions you need. Subscribe for more data-processing tutorials, simulation-to-plot pipelines, and LHC analysis examples.