Add to ORKGKey issues in pomeron physics include whether the hard and soft pomerons are distinct objects, and whether the hard pomeron is already present in amplitudes at $Q^2=0$. It is urgent to learn how to combine perturbative and nonperturbative concepts, and to construct a sound theory of perturbative evolution at small $x$. Other questions are whether screening corrections are small, and gap survival probabilities large. Finally, do diffractive processes present a good way to discover the Higgs
On the basis of the experimental data on diffractive processes in $\pi p$, $pp$ and $p \bar p$ colli...
The triple-Pomeron coupling lies at the heart of the predictions for high energy diffractive process...
An interplay of perturbative and nonperturbative effects in pomeron, odderon and reggeons dynamics i...
The soft pomeron successfully correlates a wide variety of data. Its properties seem rather simple: ...
We review the evidence for the presence of a hard singularity in soft forward amplitudes, and give a...
We recall the main properties of inclusive particle distributions expected for Pomeron-proton and P...
A traditional Regge model with a $Q^2$-independent Pomeron intercept closed (or equal) to one is con...
In many ways the pomeron is like the photon, but there are important differences. Factorisation allo...
We discuss the observed scaling of the small-x diffractive and total deep-inelastic structure functi...
We employ a set of recent, theoretically motivated, fits to non-perturbative unquenched gluon propag...
Results on hard diffraction from HERA and proton-antiproton Colliders are reviewed with emphasis on ...
We employ a set of recent, theoretically motivated fits to nonperturbative unquenched gluon propagat...
We employ a set of recent, theoretically motivated, fits to non-perturbative unquenched gluon propag...
Alternatives for describing the nonlinear behavior of the first diffraction cone in differential $pp...
We show that the introduction of an additional, hard, singularity in soft forward amplitudes enables...
On the basis of the experimental data on diffractive processes in $\pi p$, $pp$ and $p \bar p$ colli...
The triple-Pomeron coupling lies at the heart of the predictions for high energy diffractive process...
An interplay of perturbative and nonperturbative effects in pomeron, odderon and reggeons dynamics i...
The soft pomeron successfully correlates a wide variety of data. Its properties seem rather simple: ...
We review the evidence for the presence of a hard singularity in soft forward amplitudes, and give a...
We recall the main properties of inclusive particle distributions expected for Pomeron-proton and P...
A traditional Regge model with a $Q^2$-independent Pomeron intercept closed (or equal) to one is con...
In many ways the pomeron is like the photon, but there are important differences. Factorisation allo...
We discuss the observed scaling of the small-x diffractive and total deep-inelastic structure functi...
We employ a set of recent, theoretically motivated, fits to non-perturbative unquenched gluon propag...
Results on hard diffraction from HERA and proton-antiproton Colliders are reviewed with emphasis on ...
We employ a set of recent, theoretically motivated fits to nonperturbative unquenched gluon propagat...
We employ a set of recent, theoretically motivated, fits to non-perturbative unquenched gluon propag...
Alternatives for describing the nonlinear behavior of the first diffraction cone in differential $pp...
We show that the introduction of an additional, hard, singularity in soft forward amplitudes enables...
On the basis of the experimental data on diffractive processes in $\pi p$, $pp$ and $p \bar p$ colli...
The triple-Pomeron coupling lies at the heart of the predictions for high energy diffractive process...
An interplay of perturbative and nonperturbative effects in pomeron, odderon and reggeons dynamics i...