On the $ \rho $ and $ \sigma_{tot} $ measurement by the TOTEM Collaboration: in the wake of recent discoveries

N. P. Tkachenko; V. A. Petrov; V. V. Ezhela

On the $ \rho $ and $ \sigma_{tot} $ measurement by the TOTEM Collaboration: in the wake of recent discoveries

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arxiv 2003.03817 v2 pith:D65ZNGAG submitted 2020-03-08 hep-ph

V. V. Ezhela , V. A. Petrov , N. P. Tkachenko This is my paper · ORCID

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abstract

We show that extraction of the quantities} $\rho(s)=\mbox{Re}[T_{N}(s,0)]/\mbox{Im}[T_{N}(s,0)]$ {\it and} $\sigma_{\mbox{tot}}(s)$ {\it from the data on the $pp$ differential cross-section at $\sqrt{s} = 13$} TeV {\it obtained by the} TOTEM {\it Collaboration gives results essentially different from those presented in publication} \cite{Ant} {\it if to use a modified formula for Coulomb-nuclear interference. The physical interpretation of these data changes accordingly.

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Geometric Scaling and the Odderon
hep-ph 2026-07 conditional novelty 5.0 of 10

A geometric-scaling model with a crossing-odd amplitude and a maximal-Odderon correction can reproduce low-energy rho data and accommodate the TOTEM 13 TeV rho_pp measurement.

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