We show that a simple scaling model of very forward particle production, consistent with accelerator and air shower data, can describe all features of the very high-energy interactions recorded with emulsion chambers. This is somewhat surprising after numerous claims that the same data implied large scaling violations or new dynamics. Interestingly, we cannot describe some of the Centauro events, suggesting that these events are anomalous independently of their well-advertised unusual features such as the absence of neutral secondaries
The uncertainty of the primary cosmic ray composition at 10 to the 14th power -10 to the 16th power ...
The energy distribution of produced particles in multiple particle production is formulated empirica...
AbstractThe pseudorapidity measurements at LHC, although in the central region only, allows us to pe...
We show that a simple model of particle production based on approximate scaling allows us to underst...
Some cosmic ray events with very large multiplicities and very high transverse momenta have recently...
We show that the simplest assumptions for the dynamics of particle production allow us to understand...
A number of seemingly {\it exotic} phenomena seen in the highest cosmic-ray experiments are briefly ...
Experimental results from Emulsion Chamber (EC) experiments at mountain altitudes or at higher level...
A method is given for analyzing the space correlated collection of jets (gamma ray families) with en...
Information on the fragmentation region in super high energy hadronic interactions can be obtained t...
It is proposed that the fireballs invoked to explain the Centauro events are bubbles of a metastable...
We review the data obtained with the emulsion chambers boarded on Concorde for the events collected ...
Whereas air shower simulations are very valuable tools for interpreting cosmic ray data, there is a ...
The cosmic-ray exotic event "Centauro-I" is reexamined. Kopenkin et al. [Phys. Rev. D 68, 052007 (20...
The properties of cosmic rays with energies above 106 GeV have to be deduced from the spacetime stru...
The uncertainty of the primary cosmic ray composition at 10 to the 14th power -10 to the 16th power ...
The energy distribution of produced particles in multiple particle production is formulated empirica...
AbstractThe pseudorapidity measurements at LHC, although in the central region only, allows us to pe...
We show that a simple model of particle production based on approximate scaling allows us to underst...
Some cosmic ray events with very large multiplicities and very high transverse momenta have recently...
We show that the simplest assumptions for the dynamics of particle production allow us to understand...
A number of seemingly {\it exotic} phenomena seen in the highest cosmic-ray experiments are briefly ...
Experimental results from Emulsion Chamber (EC) experiments at mountain altitudes or at higher level...
A method is given for analyzing the space correlated collection of jets (gamma ray families) with en...
Information on the fragmentation region in super high energy hadronic interactions can be obtained t...
It is proposed that the fireballs invoked to explain the Centauro events are bubbles of a metastable...
We review the data obtained with the emulsion chambers boarded on Concorde for the events collected ...
Whereas air shower simulations are very valuable tools for interpreting cosmic ray data, there is a ...
The cosmic-ray exotic event "Centauro-I" is reexamined. Kopenkin et al. [Phys. Rev. D 68, 052007 (20...
The properties of cosmic rays with energies above 106 GeV have to be deduced from the spacetime stru...
The uncertainty of the primary cosmic ray composition at 10 to the 14th power -10 to the 16th power ...
The energy distribution of produced particles in multiple particle production is formulated empirica...
AbstractThe pseudorapidity measurements at LHC, although in the central region only, allows us to pe...