**4. Conclusion**

*R* (Eq. (10)) is computed from the integral of the combined fit, which combines the hard-scattering function (Eq. (16)) and the exponential function (Eq. (15)). The *R* values obtained in charged-current weak interactions are consistent with values obtained for *pp* collisions [14]. And as stated in Section 2 they are also in agreement (within experimental uncertainly) with values obtained from low energy ISR and HERA data [20]. **Table 1** presents a compilation of the ratio R (defined by (10) for the processes considered in this present study.

The results presented in this study support those given in [1, 2, 14, 18], namely that quantum entanglement in hadrons is what gives rise to the thermal behavior observed in hadronic collisions and, as the new results from charged-current neutrino scattering presented here suggest, that the thermalization process from entanglement, while process dependent, is interaction independent.
