Function 1 . X with exponent [ - 1 / log x . 0]  *   = 1




Graceli functions when all income is equal to 1 .

Function 2 . X with exponent 0 * Ni . Pi . logx . x / y . fx / fy = 1

Ni = any imaginary number.

Function 3 . Or exponent e 0 * - X . ni . pi . e. [ Log x.y ] x / y . fx / fy ] = 1

Being ¨ e ¨ value 2.71828 .....


Initially , the letter "e " is an irrational number ( with infinite digits) that begins with 2.71828 ... Discovered in the context of solid compounds , he directs the exponential growth rate , the population of insects to the accumulation of interest and radioactive fall . In mathematics , the number displays some surprising properties, such as - using terms of area - equals the sum of the inverse of all the factors of 0 to infinity . Indeed , the constant " and " permeates mathematics, appearing " out of nowhere " in a large number of important equations .


Graceli function sequential numbers .

Equation Graceli numbers and sequence of negative or positive numbers. [ Graceli sequence numbers ] .
x / = log x - log x .
- Log X / log x = -1.
-1 / X = y = log
When x = 81 .
y = - 0.111111111111111111111
- 0.1111111111111111111111 / log x = - 0.012345679012345

x -log / log x = -1 +1 = 0





Function ends with intermediate infinitesimal . And Graceli infinite numbers .
Intermediate numbers between extremes of FG1 with [ + ] FG2 . Where intermediaries are the size of the dynamics and speed of light divided by time .

Spiral 1st oscillatory matrices , times [ + , - . , , / E [ pi ( π ) ] ] , spiral 2 b .
E = exponent.

Spiral primes 1c times the [+ , -, / , e [ pi ( π ) .]] , Progression of the spiral 1d .

Symmetric and homomorphic and dismorfismismo variation.
Graceli infinitesimal principle of uncertainty
That is, it is impossible to precisely superimpose one over the other volume , for each of the sides and points tend to vary over time on position.

Even the observation , and this observation is the speed of light , while the observation comes from one point to another , this has changed .

That is, the homomorphism does not exist , ie , the perfection of the sides there , and this imperfection follows the principle of infinitesimal Graceli uncertainty.

Which can be found in lawful general and universal functions Graceli between extreme and intermediate variations .

The infinitesimal numbers intermediaries between FG1 and FG2 function are infinite numbers, prime numbers being the same .
In infinite numbers intermediate between FG1 and FG2 have the balance sheets of waves and quantum flows , and that can only be mathematical , or be found in physics when Graceli puts the size of the movement and the speed of light time.

Ie , can be a static or even dynamic , or straight or curved infinitesimal variational calculus .

Function ends with intermediate infinitesimal . And Graceli infinite numbers .
Intermediate numbers between extremes of FG1 with [ + ] FG2 . Where intermediaries are the size of the dynamics and speed of light divided by time .


[ The debt part of the whole ] . Where the number never reaches 0 and never 1 .


Spiral of oscillatory matrices 1b , times [ + , -, / e [ pi ( π ) ] . ] , Spiral x 2 .
E = exponent.

Spiral primes 1c times the [+ , -, / , e [ pi ( π ) .]] , Progression of the spiral 1d .

Symmetric and homomorphic variation and dimorphism .
Graceli infinitesimal principle of uncertainty
That is, it is impossible to precisely superimpose one over the other volume , for each of the sides and points tend to vary over time on position.

Even the observation , and this observation is the speed of light , while the observation comes from one point to another , this has changed .

That is, the homomorphism does not exist , ie , the perfection of the sides there , and this imperfection follows the principle of infinitesimal Graceli uncertainty.

Which can be found in lawful general and universal functions Graceli between extreme and intermediate variations .

The infinitesimal numbers intermediaries between FG1 and FG2 function are infinite numbers, prime numbers being the same .
In infinite numbers intermediate between FG1 and FG2 have the balance sheets of waves and quantum flows , and that can only be mathematical , or be found in physics when Graceli puts the size of the movement and the speed of light time.

Ie , can be a static or even dynamic , or straight or curved infinitesimal variational calculus .

Graceli theory of equivalence relationship between phenomena and mathematical infinitesimal .

 And oscillatory matrices , quantum mechanics and statistical uncertainty , and graceli universal functions , quantum chaos , and general theory of uncertainty by infinitesimal graceli of quantum interactions and quantum flows . Infinitesimal variational phenomena .



Graceli theory of phenomenal nature of variational infinitesimal . And infinitesimal quantum chaos .


Phenomena follow a phenomenal variability infinitesimal level . So we have the phenomena and between electrons on the particles , interactions and production of electricity , flows and quantum radiation .




Quantum mechanics and statistical geometry Graceli interactions and uncertainties links between energy , electric and magnetic quantum flows , infinitesimal decimal and uncertainties .

Quantum geometry changing dynamics of flows and interactions of particles and infinitesimal uncertainties see the universal function Graceli .