!!!38!!! » A Rubber Band*
A Rubber Band*
How does a rubber band stretch out and recover?
The molecules of a rubber band have locked out to expand
side by side and the energywaves opening up from them move
with a speed of light towards the atomcore of an expanding
molecule beside. Humans are rather slow creatures in
relation to how quickly the expanding molecules have
interaction with each other.
When we stretch out a rubber band, a least dense area is
born internally between our hands in the middle of the
rubber band and towards this area the expanding atoms of a
rubber band push each other. That is why we can feel how
the expanding molecules of a rubber band reach out the
centre of the rubber band between our hands.
We push ourselves away from the centre of the globe all
the time and this is how our hands push themselves away
from each other at te same relation as they expand, an the
expanding molecules of a rubber band don´t have the time
to get themselves in a balance and this creates a
The molecules / atoms of a rubber band are able to push
themselves away from each other at the same time as they
push the molecules of an atmosphere away from the rubber
If you stretch out the rubber band too much, the molecules
of atmosphere are able from some point to get inside the
rubber band and make the rubber band to break.
(Surely the rubber band also breaks in a vacuum. So the
molecules of an atmosphere are not NECCESSARILY needed.)
For example a toffee does not recover like a rubber band
does, because the expanding atoms of a rubber band are
locked out to each other side by side and they don´t slope
away from each other even if the rubber band is streched
out, otherwise the molecules of a toffee do.
For example between the globe and the sun the is ”an
energy bridge”, in which there moves energy back and
forward from the expanding sun towards the expanding globe
and from the expanding globe towards the expanding sun. So
they both expand and open up energy waves by which they
make each other to open up more of their energy towards
The molecules of a rubber band make similar energy
bridges, and they are stronger than for example the energy
bridges between the molecules of a toffee. So the energy
bridges between the molecules of a rubber band last even
if the rubber band is streched out and this way the
expanding molecules of a rubber band are able to push
themselves away from each other from a longer distance
when streching out the rubber band.
To be more accurate, the expanding atoms of molecules
locating side by side in a rubber band, are able to push
away the expanding atoms of molecule beside even when the
rubber band is streched out.
Instead the expanding atoms of a toffee slope away from
each other and this way the atoms of a toffee molecule are
not able to push away the expanding atoms of other
molecules so that there could be born a similar tension as
in a rubber band.
Peace and love