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Quantum chromodynamics, phenomenological
models, multiparticle production, coherent and squeezed states,
fractals, intermittency, correlations, wavelets
The main results:
proposal of one-meson approximation,
multiperipheral cluster models, Cherenkov gluons, generalization
of QCD equations for jets, solution of QCD equations for
generating functions, prediction of cumulants' oscillations,
proposal of fractal structure in multiple production,
ring-like events and heavy quarks' radiation, squeezed isospin
states, statistical analogies, intermittency in conformal
field theories, practical applications of wavelet analysis
The current interests:
QCD and multiparticle production (especially, in e+e---annihilation), squeezed (and
more general) states, anomalies in multiparticle correlations, low x-physics,
wavelet analysis (especially, in nucleus-nucleus collisions and in applied fields)
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