  The so-called holographic principle, originally addressed to the high energy
physics, suggests more generally that the information inseparatly bounded with
a physical carrier (measured by its entropy) scales as the event horizon
surface---a two-dimensional object. In this paper we present an idea of
representing classical information in formalism of pure braid groups,
characterized by an exceptionally rich structure for two-dimensional spaces.
This leads to some interesting properties, e.g. information geometrization,
multi-character alphabets energetic efficiency for information coding
characteristic or a group structure decoding scheme. We also proved that
proposed pure braid group approach meets all the conditions for storing and
processing of information.
