Ansatzs, Assumptions and Production of J/$\Psi$-Particles: A Non-`Charmed' Approach vs. the `Charmed' Ones

TL;DR

This paper explores $J/ ext{\Psi}$-particle production in high-energy nuclear collisions using a non-standard model, comparing its predictions with standard models and experimental data to assess its validity and implications.

Contribution

It introduces a non-`charmed' approach to $J/\Psi$ production and compares its results with standard models and experimental data.

Findings

The non-standard model aligns well with experimental data.

Results are comparable to those from standard models.

Implications for understanding $J/\Psi$ production mechanisms.

Abstract

We would attempt, in this work, at dwelling upon some crucial aspects of $J/\Psi$-production in a few high energy nuclear collisions in the light of a non-standard model which is outlined in the text. The underlying physical ideas, assumptions and ansatzs have also been enunciated in some detail. It is found that the results arrived at with this main working approach here are fairly in good agreement with both the measured data and the results obtained on the basis of some other models of the `standard' variety. Impact and implications of this comparative study have also been precisely highlighted in the end.