Double-pomeron prediction for colliding beam experiments

Summary of E+e-colliding Beam Experiments*

This paper discusses recent experiments related to e+ehadrons. Subjects discussed include hadron form factors, the total hadronic cross section, multiplicities and some specific channels.

Coherent Beam-beam Instability in Colliding Beam Storage Rings*

However, John Rees has pointed out that the above reference is incorrect. The dynamic p was realized a few years later, and the correct references are: 15. F. Amman, R. Andreani, M. Bassetti, M. Bernardini, A. Cattoni, R. Cerchia, V. Chimenti, G. Corazza, E. Ferlenghi, L. Mango, A. Massarotti, C. Pellegrini, M. Placidi, M. Puglisi, G. Renzler, F. Tazzioli, International Conference on High Energ...

Colliding Cascades Model for Earthquake Prediction

A wide set of premonitory seismicity patterns is reproduced on a numerical model of seismicity, and their performance in prediction of major earthquakes is evaluated. Seismicity is generated by the Colliding Cascades Model, recently developed by the same authors. The model has a hierarchical structure. It describes the interaction of two cascades: a direct cascade of loading, which is applied t...

Double Pomeron Jet Cross Sections

We treat hadron-hadron collisions where the final state is kinematically of the kind associated with double-pomeron-exchange (DPE) and has large transverse momentum jets. We show that in addition to the conventional factorized (FDPE) contribution, there is a non-factorized (NDPE) contribution which has no pomeron beam jet. Within a simple model we compute DPE-two-jet total and differential cros...

Effect of 3D Polarization profiles on polarization measurements and colliding beam experiments