Chaos, Fractals, Phase Transitions, Self-organization
Minsk, Belarus
May 17-20, 2011
Subjects: Above mentioned and
other frontier topics in modern nonlinear study in
- Nuclear and reactor physics
(nuclear theory, nucleus-nucleus collisions, neutronics, safety analysis for nuclear power plants,
future nuclear reactors, power reactor noise, physics of nuclear transmutations, particle transport Monte Carlo simulations, radiation technologies, radiation monitoring)
- High energy physics
(quantum chromodynamics, standard model, quark-gluon plasma, collective phenomena, nonperturbative effects,
confinement, radiative corrections)
- Information processing
(quantum computation and cryptography, neural networks, artificial intelligence, parallel computing, GRID)
- Mathematical foundations and methods
(classical and quantum chaos, chaos and tunneling,
correlations, dynamical systems, integrable systems, analytical and numerical methods)
- Foundation of electronics and optics
(nano-, micro-, opto- and quantum electronics, classical and quantum optics)
- Economics, social and biological systems
(nonlinear dynamics in economics, social and biological systems)
Program will consist of reviewed reports and original talks for which contributions are invited.
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