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 multiphysics and multiscale innovative computational methods and
modeling in all physical sciences will be featured. Papers that describe
a computer program relevant to computational physics and useful to a
large research community will be also considered. The computer programs
will be hosted by the journal's website.
Research areas include:

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, biophysics
and electromagnetic and transport and phase transition phenomena.
 Numerical methods
and their efficient implementations of deterministic and stochastic
representations of physical science problems.

Modeling
of physical processes for engineering and science applications.

Theoretical
and complexity study of numerical algorithms.
Type of papers to be published:

Innovative numerical methods in all aspects of computational physics.

New
formulations and modeling approaches.

Validation
of existing methods and their improvements and extensions.

Novel
applications of new and existing methods for physical problems.

Discovery
of new physics mechanism through computational modeling.

Simulations
of biology and engineering systems involving modern physics.

Computer
programs relevant to computational physics and useful to a large research
community.
