INTRODUCTION TO THE MATHEMATICS OF ENHANCING

Systematization intrinsic correlation between systems, multidimensional, and metric swings us towards the creation of a mathematical accretion metric multidimensional nonlinear variable and discontinuous that we have:

A accretion in which defines the logical operations x + xn etc.

A f(x)i,j,k,… n =0 0 point, U all

A f(x)i,j,k,…n ≠0 that En=E i,j,k,…n is the largest dimension n> i,j,k,

…n-1 called A En= environment

Call coexion f(x)i,j,k,…n ><0 to En when a relative maximum or

minimum En.

Call density when En or f(x)i,j,k,…n ><0 are a absolute maximum

up at least one in a point.

Call generators f(x)i,j,k,…n ><0 to all f(x)i,j,k,…n ≠0 throghout all U

It said the accretion metrics any f(x)i,j,k,…n ≠0 such that

(f(x)i,j,k,…n)2 ≠0 and ≠0 argument iD≠0 intrinsic metric.

With this we see that the 12=1 with a single divider 0

system is an accretion with Euclidean metric 1 then the

operation of this division with 0 is impossible, with

respect to the amount by the operator ±

=1 iD= 1 + 1…n 1.1=1 1 single identical term

With a single identical, dense with, generators and maximum relative. Then we define our work:

iD= 3n n= 0,1,2,3,4,n n Cosn Senn n= 0,1,2,3,4..n

metrics n= 1,2,3,4,5…n

ie is a multidimensional variable multiforme, dense with infinite divisors of zero, with the same element, generators and maximum and minimum absolute and relative to zero as the divisor involved.

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