Calculation Graceli infinitesimal geometric and exponential unlikely and uncertainty . Dimensional and statistician . Variable and relativistic .


Calculation Graceli infinitesimal geometric and exponential unlikely and uncertainty . Dimensional and statistician . Variable and relativistic .

For all x high ag , g being fractions of fractions.

[ Go around being divided by the section where the result is divided by all ] .
 [ graceli limit calculation , where every number does not reach 0 nor 1 ] .

Values ​​can be straight to the point or value and from that point be reversed , because if for latitude , can be reversed to go for length or height or vice versa . We have squares and cubes , or straight shapes , or even triangles .

And if you obeyed the time and other dimensions have variable shapes and unlikely .

Namely, have a geometry that is curved and not straight but geometry and dimensional exponential unlikely.

And that this geometry can follow statistical variables . Ie , can happen between approximate and between limits .

Or even have uncertain and unpredictable results .

Thus we have a dimensional geometry and statistics.

 And forms uncertain.

And even be based on forms of quantum uncertainties of time and position, shape and structure, intensity and density , space and time , matter and energy , and even all of these basics dimensional together.

And even be based on a geometry of waves that vary intensity that vary time, longitudinal or latitudinal range , or even height .

Or even be variable with actions under the phenomena above or below where the waves are occurring in this case waves in water .

But this can also be expressed in waves of light or radiation in space , such as thermal radiation when we look up in the asphalt waves radiated days of high temperatures.

Forming a rotation diameter , which begins with 0 to 10, and 10 0. Ie we have two inverted cones .

And since the rotation can be more intense 0 to 7 and 7 to 10 , and inverting have a spherical ball. Where may also be included exponential values ​​variables.

 Inasmuch as follows peak fractions where the values ​​in exponential turn inward and outward depressions and elevations have the shapes.
Imagine peak heart beats in a graph . Ie , we have peaks with exponential reach middle and also micro as in quantum phenomena , which are high uncertainty of event in time , in space , scope and intensity , form and structure .


Graceli relativistic calculation for observers .

The phenomenon is seen by the observer with the variation x w, and other distant or in another position , the same phenomenon is seen with varying y , ie are different situations for the same phenomenon or event, or the phenomenon of distortion of how the waves of the water , or thermal radiation waves as seen in the asphalt or in the desert during the hot sun .

Graceli variational geometric distortion and relative bias from the observers .

The same can be considered in relation to the time and position, shape and structure, or porosity structures .

The same is taken into account the geometry distortion variational boundaries between being a statistic or points .

The distortion occurs naturally , but each observer has a different view of the distortion waves of the water, as thermal radiation or luminescence.


Graceli tensor calculus .

This calculation can be used on anything , phenomena , variable oscillations , shapes, geometry , kinking , dimensions , waves , vibrations , swings , rotations, translations , lateral movement , etc. .

Where the first block will be the base.
The second variables .
The third time in seconds or other time values ​​that occur variations .

The twisting in which tensor is .



[ A1 b2 c3 d4 e5 ] [ x7 y8 k9 u10 ]
[ A2 b3 d5 c4 e6 ] [ x8 y9 u11 k10 ]

That is, there is a tensor for each variable.
For each variable a while .
For each time an energy .
For each energy a form .
For each form a dynamic .
For each dynamic oscillation .
For each oscillating flow .
For each flux density .
For each density for the three spatial dimensions .
For each dimension there are five other physical dimensions Graceli .

That is, this calculation is not only geometric tensor , but also values ​​and variations of shapes, and time, space, density fluctuations , etc. .


Graceli calculation for a variational geometry .

Of a point in motion or at rest is measured by the movement of a point b which moves to a point c with certain speed or acceleration .

Between point B and C forms a curve in relation to the point . according to distance and acceleration.

And from the point b to the differential form a curve as the distance from b to c .

Like a dog that runs to its owner on the side of a field , while the dog runs through the field towards owner.

This variation depends on the dog and the owner all nearby between and among the acceleration at each point of each - and dog owner .
What if the owner out of line, or even return , or even doing various movements goemtria between the owner - dog will be misshapen and variational .

Among bc can be brought considreação there decimals, which is the lowest for the odd , and odd to couple is increased, thereby forming a curved variational system in the form of waves.

Or it may also be that between two pairs have a larger number , being at the apex of increasing and decreasing in the last odd couple . That is, we have a system of several hollows .

And the reverse leads to various convexities .

Another point is that if given a higher value to decimal will have a central ellipse. Or hyperbole . Or parable .

Another point is that if we consider the point to encotro translational and rotational motion we have another variation , which must take into account new accelerations and variations .

Or even if these movements have side variables must be taken into account this variable . [ already have it a reality for calculation movements and positions of celestial bodies in space ] .

It is good to note that this geometry does not follow a straight mold geometry angles , or even bend. But fundamentally a variational geometry and motion . Where fashion is just a consequence and result of the calculation for a graceli geometry Moviemento .

By this way we have a calculus simpler than the differential and integral geometry and that for angles .


Graceli multidimensional calculus and geometry , variable , indefinite . Smallest and changeable .

Calculations and geometry Graceli already seen the calculations for infinite and infinitesimal dimensions , making it variable , indeterminate and the calculation will now be working as indeterminate changeable conditions and optional variables .

Calculations and geometry to more than four dimensions and indeterminalidade have been published on the Internet by Graceli .


The shortest distance between two points is a straight line nor a curve for multidimensional universe tiniest indeterminate and changeable.

But yes, it is a sum of infinite variations and changes as they change during the development process and the measurement between two points .