Snapping portals cause waves

The Forces of Nature by Kelland Terry, Ph.D.
Waves in the Virgin River at flood stage and the shape of waves in the ocean resemble the waves that travel along a common string. There is a broad front to the wave which slopes to the rear to meet the normal level of the ocean.

Try attaching a string to a fixed object and tap it with your finger. You will be amazed at the velocity of the small wave that travels away from your finger. Physicists credit the elastic property of a common string for the waves that travel along its surface when disturbed. Physicists have shown that the smaller the string the faster the wave velocity, and of course virtual elastic strings are extremely small and they have perfect elasticity. This accounts for the fact these waves travel at immense velocity. The equations provided by physicists support this idea.

During the string cycle, there are billions of virtual particles ejected through portals. The strings created remain connected to the goo inside the electron, and the string created is extremely small compared to the virtual particle that created the string. This allows many strings to accumulate inside a portal during the string cycle without affecting the portal size. If there are 100 strings that accumulate inside each portal during one string cycle, it means the portal opened and closed 100 times during this period of time.

The opening and closing of portals causes a physical disturbance that travels along the string in the form of a tiny wave. Because the string has perfect elasticity and extremely small size, the wave will travel at immense velocity along the string without loss in energy. The velocity of the traveling wave will have nearly the same velocity as the particle as it is ejected into space.
Kelland—www.vestheory.com