Contributions to the following topics are scheduled:
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p-adic classical theory: classical mechanics and field theory, dynamical systems, information theory
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p-adic stochastic processes
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p-adic methods in complex systems:
spin glasses, hierarchical, disordered and chaotic systems, molecular dynamics, cognitive systems
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p-adic and adelic symmetries:
p-adic generalization of spacetime and other symmetries in physics, adelic formulas, number field invariance
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p-adic mathematical physics and related topics:
functional analysis and spectral theory, group and representation theory, algebraic geometry and motives, number theory
and zeta functions, nonstandard analysis, noncommutative geometry, nonlinear and nonlocal field theory, ...
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