Self-similarity in high-energy multiparticle production processes is discussed. A parton shower and hadronization are assumed to give rise to a set of particle with a fractal structure. It is noted that the box counting (BC) and P-adic coverage (PaC) methods determine the fractal dimension with permissible 1/k ranges. A new method of systems of equations of P-adic coverages (SePaC) is proposed that extends the PaC method to fractals with permissible m/k ranges. The SePaC method is shown to determine the fractal dimension of a shower with a prescribed accuracy, the number of fractal levels, the type of the cascade (random or regular), and its structure
We have studied the charged particle density fluctuations in 16 O+Ag(Br) and 32 S+Ag(Br) interaction...
The description of a self-similar structure with the help of fractal dimension represents an effecti...
The concept of “particle flow” has been developed to optimise the jet energy resolution by distingui...
Properties of self-similarity and fractality in processes of interactions of hadrons and nuclei at h...
Properties of self-similarity and fractality in the processes of interactions of hadrons and nuclei ...
The S ePaC and BC methods are used in the fractal analysis of mixed events containing incomplete fra...
Recently, a large variety of experimental results indicated that multiparticle production in high en...
We explore the fractal nature of particle showers using Monte-Carlo simulation. We define the fracta...
A novel multiscale framework is introduced for the represen-tation of a clam of fractal point proces...
Satz H. THE FRACTAL STRUCTURE OF MULTI - HADRON PRODUCTION AT HIGH-ENERGIES. 1989
We study the self-similar structure of electromagnetic showers and introduce the notion of the fract...
The non extensive aspects of pT distributions obtained in high energy collisions are discussed in re...
We report on an investigation of the self-similar structure of particle showers recorded at a highly...
New generalization of z-scaling in inclusive particle production is proposed. The scaling variable z...
In a large number of physical, biological and environmental processes interfaces with high irregular...
We have studied the charged particle density fluctuations in 16 O+Ag(Br) and 32 S+Ag(Br) interaction...
The description of a self-similar structure with the help of fractal dimension represents an effecti...
The concept of “particle flow” has been developed to optimise the jet energy resolution by distingui...
Properties of self-similarity and fractality in processes of interactions of hadrons and nuclei at h...
Properties of self-similarity and fractality in the processes of interactions of hadrons and nuclei ...
The S ePaC and BC methods are used in the fractal analysis of mixed events containing incomplete fra...
Recently, a large variety of experimental results indicated that multiparticle production in high en...
We explore the fractal nature of particle showers using Monte-Carlo simulation. We define the fracta...
A novel multiscale framework is introduced for the represen-tation of a clam of fractal point proces...
Satz H. THE FRACTAL STRUCTURE OF MULTI - HADRON PRODUCTION AT HIGH-ENERGIES. 1989
We study the self-similar structure of electromagnetic showers and introduce the notion of the fract...
The non extensive aspects of pT distributions obtained in high energy collisions are discussed in re...
We report on an investigation of the self-similar structure of particle showers recorded at a highly...
New generalization of z-scaling in inclusive particle production is proposed. The scaling variable z...
In a large number of physical, biological and environmental processes interfaces with high irregular...
We have studied the charged particle density fluctuations in 16 O+Ag(Br) and 32 S+Ag(Br) interaction...
The description of a self-similar structure with the help of fractal dimension represents an effecti...
The concept of “particle flow” has been developed to optimise the jet energy resolution by distingui...