Wormholes in practical life!

An object is moved at a very high speed. On moving that object it covers some area or volume. Now if we place two balls, one slightly bigger than the other on top of the moving object such that they are both balanced. We are actually vibrating the object, not moving it. Vibration creates a temporary space (provided the vibration is very strong).So in this vibratory space we are keeping two balls. On slightly altering the rate of vibration, we see the smaller ball falling off but the larger ball still manages to cling onto it. This short experiment tells us that we can use solid objects to hold objects that are bigger in size or of larger volume.
From a different perspective let us see something unusual to notice at first glance. The smaller ball is able to escape downwards. The original path of the ball would have been quite a long one if it was not for the vibrating hole created that showed the way to the destination. That means any vibrating path is a short route for an object. And this universe is nothing but a composition of vibrating particles comprising the dimensions. This means that we can start from anywhere and reach anywhere in this universe provided we know the hole (which scientists have named ‘wormholes’) in the space. To know or make this wormhole one has to warp time and space. Now let us take the example of the ball and object again:-
We slowed the frequency of the vibration of the object to allow the ball to pass, i.e. there was alteration in time. As in this case we didn’t alter the nearby space but just the time required by the ball to stay in that object, we can conclude that alteration of time produced this travel of the ball. NOTE: Here I have not used the term warping of time because time was not distorted but just slowed down with respect to the sustainable time of the ball. But to travel within the universe by this phenomenon, we need warping not just mere alteration of time. This is because in our environment finding holes to facilitate such travel is impossible without warping time. Actually to reduce the frequency of the vibrating hole we have to warp time otherwise how can we slow the time of the vibration with respect to the object? However this may not be always true if strive ahead and find new ways to control their movements voluntarily. Experiments in CERN may be able to divulge some information regarding this.