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Recent Data on $p (\bar{p}) p$ Slope Parameter and Nature of Pomeron Trajectory

Fazal -e-Aleem, Mohammad Saleem

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Abstract

It is shown that nonlinear trajectory is not imperative to explain the behaviour of the slope parameter for elastic scattering. The slope parameter, including the most recent data at collider energies, is explained by assuming a linear pomeron trajectory. The predictions of the model at and 40 TeV are also given.

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It is shown that nonlinear trajectory is not imperative to explain the behaviour of the slope parameter for elastic scattering. The slope parameter, including the most recent data at collider energies, is explained by assuming a linear pomeron trajectory. The predictions of the model at and 40 TeV are also given.

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Available abstract

It is shown that nonlinear trajectory is not imperative to explain the behaviour of the slope parameter for elastic scattering. The slope parameter, including the most recent data at collider energies, is explained by assuming a linear pomeron trajectory. The predictions of the model at and 40 TeV are also given.

Key concepts: Pomeron, Trajectory, Physics, Bar (unit), Impact parameter, Nonlinear system, Collider, Particle physics

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