Fggn... = fg1 + fg2 + fg3 + fg4 + fgn...


Function to graceli , interactions , uncertainties , and geometries series .
Author : Luiz Ancelmo Graceli .

Graceli function to sum ​​dimensional systems , and transgeométrico and transdimensional .

A points system dimensions including translation, rotation , acceleration, and with directions own directions and accelerations for each dimensional system in motion , where each system has its points changed every second. Ie we have a variation of time , movement and space that changes every tiny point .

And the points are interconnected in other systems with the same variables .
Ie we have this interconnection points between dimensional geometric systems geometry itself. Forming various shapes every interconnection between points .

The same is true of physical interactions between systems , and produce dimensions and geometries themselves as the intensity and quantity of interactions , or even interconnections .
Fg 1 = 1 point of the system [ with acceleration 1 , 2 direction , toward 3 ] with section 1b of the system b [ with acceleration 4 , 5 direction , toward 6 ] . And with points n ... accelerations with n ... No way ... No way ... .
Fg2 = 2 point system b [ with acceleration 4 , 5 direction , toward 6 ] . 2b with point c system [ 7 accelerated , meaning 8 towards 9 ] . And with points ... n with accelerations n ... n ... directions , directions n ... .



Assim, com fg3 + fg4 + fgn... na mesma perspectiva da fg1, e fg2.




Thus we have the general function of Graceli transgeometria and transdimensionality with transfenômenos transinterações and between systems , and leading to a quantum uncertainty taken to extremes.





Fggn... = fg1 + fg2 + fg3 + fg4 + fgn...



Between systems of systems between points and between a point with all points of other systems , or all points of all systems .

General Function graceli taken to extreme points of interconnections .

And this in a series Graceli system , we have graceli system and points interconnected infinitesimal decimal series . Forming a geometry of infinitesimal points .

Thus , infinitely between points depending on the system in question can ask .

Ie a physical system of indeterminacy and uncertainty between points and phenomena . Where some phenomena act in other forming a system of interactions and variational tiny quantum uncertainty .

And a variational geometric and dimensional variational system with dimensions and interconnections between each point with other points of other dynamic systems .

And interconnections between points of infinitesimal gracel series .
Fg1 = point of the 1st series of the system [ with acceleration 1 , 2 direction , toward 3 ] with section 1b of the second series of the system b [ with acceleration 4 , 5 direction , toward 6 ] . And with points n ... accelerations with n ... No way ... No way ... .
Fg2 = point 2 of the second graceli system serial b [ with acceleration 4 , 5 direction , toward 6 ] . 2b with point c system [ 7 accelerated , meaning 8 towards 9 ] . And with points ... n with accelerations n ... n ... directions , directions n ... .

So with FG3 FG4 + + fgn ... the same perspective of FG1 and FG2 .

Fggn... = fg1 + fg2 + fg3 + fg4 + fgn...

What we have is the spider web between points forming a geometry transposition and varied forms between all parties and tiny dots .

And we have an infinitesimal system interactions and uncertainties when taken to infinity .

As each fgx [function graceli x ] points that form with directions , directions and different accelerations in each moment and acceleration have interactions links as lines cobwebs that interlock in all directions as the amount of fgn ... when brought to the infinitesimal . Thus we have a system to function graceli real numbers or even for graceli decimal series of algebraic functions and their potentiation , multiplication, division , or even both progressions and statistics .

Thus we have the Graceli function to the physical world of phenomena and interactions between particles and energy , and the quantum world of physical uncertainties , and also a geometric world and transgeometrico formed with the function of links between points of systems in motion with direction own direction and acceleration.

1 - So , we have graceli functions interconnections .

2 - Forming geometric lines and shapes transgeometricas producing . Where are the forms change as graceli dimensions of movement.

3 - Where are other dimensions such as movement . And the dimensions become mutable .

4 - And where have the function of quantum uncertainty graceli interactions between systems , and these systems points in interactions with all points of all points of all systems to fgx fgn ...

5 - With this we have a direct connection with the decimal system function and infinitesimal graceli series .