In the human body, cells divide almost two billion times per day.
The process is called "mitosis".
The creation of new kinds of cells, and therefore new tissues, is in progress.
We are about to witness a new era of new lives.
New vessels follow a fractal pattern, and they can be found inside each other an infinite number of times.
This is called a "new egg" and it sprouts new circle vessels following Fibonacci's sequence.
One of the documented mitosis cases of the new kind.
Section of the muscle tissue. Epitelium can be seen in the upper section of the photo.
A rare case of hypernucleosis, a syndrome that causes a stretching in the nucleus of the cells.
The new neural tissue is provided with eyes, so that every single neuron has individual memories of all the other neurons.
This helps during the healing process of damaged brain areas.
It is possible to observe the eyed brain cells through the outer membranes: this can avoid explorative surgery sometimes.
This 2D tissue grows inside the retinas. Its function is to upload visual inputs to an online server to avoid memory loss.
Sometimes, 2D mitosis give birth to the rainbow sacks. These sacks are full of fluids which allow the vision of new colors.
2D tissue is capable of performing mitosis as well, in order to increase the memory space for data storage.
The inside of this new kind of cells is pretty complex and precise information doesn't exist about it.
"Candid sticks" is the name we gave to the inner formations of these cells.
The inside of this cell was photographed while the cell itself was performing mitosis.
It is possible to see the duplication of the candid sticks, which follow a symmetrical pattern in this phase.
It is possible to see the duplication of the candid sticks, which follow a symmetrical pattern in this phase.
This is a very rare photography, since it shows the inside of a brain cell during a meditative state.
We can notice the waves of the vibratory phase a meditating patient undergoes.
We can notice the waves of the vibratory phase a meditating patient undergoes.
This zoomed-in picture of instance_02 of subject_02 clearly shows the development of the matrix_02 substance, which leads to formation of muscle tissue.
Later on, we will explain what a matrix is.
It is interesting to observe how some subjects resemble planets of the solar system.
Muscle tissue (matrix_02) often reminds of Jupiter. Candid sticks (matrix_05) look a bit like the Earth.
Every kind of new-species tissue has its origin from a "matrix".
A matrix is a 2D, chromatic, vector configuration which is considered to be
"the seed of all neo-life".
Matrix_01: Vessels
Matrix_02: Muscles
Matrix_03: Neural
Matrix_04: 2D tissue
Matrix_05: Candid Sticks
Every matrix follows a more or less obvious kind of symmetrical logic, but they make some exceptions.
For example, there are no pictures of a matrix_05 not swapping colors when photographed.
A matrix is a 2D, chromatic, vector configuration which is considered to be
"the seed of all neo-life".
Matrix_01: Vessels
Matrix_02: Muscles
Matrix_03: Neural
Matrix_04: 2D tissue
Matrix_05: Candid Sticks
Every matrix follows a more or less obvious kind of symmetrical logic, but they make some exceptions.
For example, there are no pictures of a matrix_05 not swapping colors when photographed.
This .gif picture shows the development process of a matrix_02 set of cells.
The creation of a whole body involves a scanner, a copy of the matrix, and the right amount of movement.
In order to perform mitosis over a matrix, the scientist has to gather years of experience.
