Introducing “Arithmetic Calculus” with Some Applications: New Terms, Definitions, Notations and Operators
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Author(s)
New operators are presented to introduce “arithmetic
calculus”, where 1) the operators are just obvious mathematical facts,
and 2) arithmetic calculus refers to summing and subtracting
operations without solving equations. The sole aim of this paper is to
make a case for arithmetic calculus, which is lurking in conventional
mathematics and science but has no identity of its own. The underlying
thinking is: 1) to shift the focus from the whole sequence to any of its
single elements; and 2) to factorise each element to building blocks and rules.
One outcome of this emerging calculus is to understand the
interconnectivity in a family of sequences, without which they are seen
as discrete entities with no interconnectivity. Arithmetic calculus
is a step closer towards deriving a “Tree of Numbers” reminiscent of
the Tree of Life. Another windfall outcome is to show that the
deconvolution problem is explicitly well-posed but at the same time
implicitly ill-conditioned; and this challenges a misconception that
this problem is ill-posed. If the thinking in this paper is not new,
this paper forges it through a mathematical spin by presenting new
terms, definitions, notations and operators. The return for these out of
the blue new aspects is far reaching.
KEYWORDS
Cite this paper
Khatibi, R. (2014) Introducing “Arithmetic
Calculus” with Some Applications: New Terms, Definitions, Notations
and Operators. Applied Mathematics, 5, 2909-2934. doi: 10.4236/am.2014.519277.
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