Boris Z. Kopeliovich

Decisive test of colour transparency in exclusive virtual photoproduction of vector mesons

The exclusive production of vector mesons in deep inelastic scattering is a hard scattering process with the well controlled size of quark configurations which dominate the production amplitude. This allows an unambiguous prediction of color transparency effects in the coherent and incoherent production of vector mesons on nuclei. We demonstrate how the very mechanism of color transparency leads to a belated onset of color transparency effects as a function of

Nonperturbative gluon radiation and energy dependence of elastic scattering.

Q^{2}

Dynamics of froissarons in high-energy physics

. We conclude that the

Spin-flip component of the pomeron

Q^{2}

Preasymptotics of colour transparency

dependence of the exclusive

Decameron dynamics in the high energy antiproton interaction

\rho^{0}

Confinement forces in fast backward nucleon production off nuclei

-meson production on nuclei and nucleons observed in the Fermilab E665 experiment gives a solid evidence for the onset of color transparency. We propose the scaling relation between the

Nuclear opacity for neutrinos at small Q2

\rho^{0}

Absorption of particles in nuclear matter during tunneling from vacuum

and the

Lipatov's QCD pomeron and SppS data on the phase of pp elastic scattering

J/\Psi