Communications
in Computational Physics publishes original research and survey
papers of high scientific value in computational modeling of physical
problems in a timely fashion in printed and electronic forms. Results
in multi-physics and multi-scale innovative computational methods and
modeling in all physical sciences will be featured.
Research areas include:
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Computational
methods for all areas of physics covering classical to quantum systems:
statistical and quantum physics, high energy density physics, condensed
matter, chemical physics, fluid and solid mechanics, plasma physics,
astrophysics, atmospheric and ocean science, geophysics, bio-physics
and electromagnetic and transport and phase transition phenomena.
- Numerical methods
and their efficient implementations of deterministic and stochastic
representations of physical science problems.
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Modeling
of physical processes for engineering and science applications.
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Theoretical
and complexity study of numerical algorithms.
Type of papers to be published:
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Innovative
numerical methods in all aspects of computational physics.
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New formulations
and modeling approaches.
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Validation
of existing methods and their improvements and extensions.
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Novel
applications of new and existing methods for physical problems.
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Discovery
of new physics mechanism through computational modeling.
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Simulations
of biology and engineering systems involving modern physics.
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