Space-bending:Ever had the feeling that you have to less space? We stuff our space with necessary things we not need immediate, but are always to short to make it accurate.
A solution would be to make from the space you have available a bigger space.
There are the standard ways to do this, to rebuild for example, but I am going to learn you now a technique, how you in theory would be able to make from an existing space a bigger space, without changing the original space. It is called: Space-bending.
We know now after the formal lessons how to use the time-axe in our benefit and how we can programm time-cubes to hav e influence on our own lifes. But you can do more with the time-axe.
In each time-cube at the moment we live, we live in the space existing at that moment in the time-cube. We know we can push the time-cube forward and backward and space existing in it will change according our needs in that time-cube with it.
What will happen if we move several time-cubes over each other? Simple, the cubes will add up on each other, centerwise. What does this mean for the space in the centered time-cube? Simple, you will get in the existing space an inner space that is in all sides bigger in space. In other words, you will get more space! This technique is called "borrowing against space-time".
If you have a device (like an R2-D2 unit), that can physically manifest the watermolecules according the lended time-cubes, you will get literally a bigger space in the space you are.
By lending in for a certain period time-cubes from the future into the present like this you can have for a certain time a bigger space available to use. Ofcourse, after the maximum stretching, the time-cubes will move back to it's own place and the space gain back the normal size as it ever was from origin. This always has to be calculated with!
This gives the possibilities to landscape if necessary inside your own living space. Watermolecules can be programmed and for some time you can enjoy a totally different space existing by using Space-bending.
