A new hypothesis on hadron interactions with nuclear matter is discussed. It is supposed that the well-known particles and resonances as well as nucleons might serve as a target in the nucleus. The experimental data on CC, dC, CTa, pC interactions at 4.2 GeV/c/nucleon are used for the testing of the hypothesis. A certain suppression of production of the DELTA(1232) P sub 3 sub 3 , (1440) P sub 1 sub 1 isobars and rho mesons is observed in these interactions, compared to the nucleon-nucleon interactions. It may be caused by the formation of the so-called dense 'resonance matter' in the nucleus. Special experiments with multiple rising statistics are required to examine the hypothesi
We report on our recent study of Cold Nuclear Matter effects on the ϒ production at RHIC in dAu coll...
Experimental results on high energy nucleus-nucleus interactions are presented. The data are discuss...
We shall first discuss briefly two experiments which suggest that the study of high energy hadron co...
The subject of this report is connected with the widely discussed manifestation of in-medium effect ...
A new concept is introduced for the classification of “unresolved problems” in the understanding of ...
Research in the Maryland Nuclear Theory Group focusses on problems in four basic areas of current re...
The theoretical description of pion-nucleus interactions, specifically in the intermediate-energy re...
The results of an investigation of anti p- (and to a lesser extent) anti d- nucleus interactions are...
We study nuclear effects in production of large−pT hadrons on nuclear targets at different energies ...
A hypothesis of the existence of metastable states for nuclear matter with a locally shaken-up nucle...
Detailed features of extremely collimated nuclear interactions induced by cosmic ray particles in ca...
In this article, we study the interactions of stable, hadronising new states, arising in certain ext...
In this article, we study the interactions of stable, hadronizing new states, arising in certain ext...
The experimental data on the interactions of light nuclei (d, He(4), C(12)) at the momentum 4.2 GeV/...
The aim of the work is to determine the mechanism of the nucleus-nuclear reaction. The theoretical m...
We report on our recent study of Cold Nuclear Matter effects on the ϒ production at RHIC in dAu coll...
Experimental results on high energy nucleus-nucleus interactions are presented. The data are discuss...
We shall first discuss briefly two experiments which suggest that the study of high energy hadron co...
The subject of this report is connected with the widely discussed manifestation of in-medium effect ...
A new concept is introduced for the classification of “unresolved problems” in the understanding of ...
Research in the Maryland Nuclear Theory Group focusses on problems in four basic areas of current re...
The theoretical description of pion-nucleus interactions, specifically in the intermediate-energy re...
The results of an investigation of anti p- (and to a lesser extent) anti d- nucleus interactions are...
We study nuclear effects in production of large−pT hadrons on nuclear targets at different energies ...
A hypothesis of the existence of metastable states for nuclear matter with a locally shaken-up nucle...
Detailed features of extremely collimated nuclear interactions induced by cosmic ray particles in ca...
In this article, we study the interactions of stable, hadronising new states, arising in certain ext...
In this article, we study the interactions of stable, hadronizing new states, arising in certain ext...
The experimental data on the interactions of light nuclei (d, He(4), C(12)) at the momentum 4.2 GeV/...
The aim of the work is to determine the mechanism of the nucleus-nuclear reaction. The theoretical m...
We report on our recent study of Cold Nuclear Matter effects on the ϒ production at RHIC in dAu coll...
Experimental results on high energy nucleus-nucleus interactions are presented. The data are discuss...
We shall first discuss briefly two experiments which suggest that the study of high energy hadron co...