The Bottomless Pits of the Universe: Wormholes

 The Bottomless Pits of the Universe: Wormholes

Wormholes are physical formations first commented upon by Einstein, though many today still find it difficult to accept their existence. However, based on the equations of nuclear and photon physics, we believe them to be strictly possible and accept them as a definitive result of these mathematical frameworks.

Let us first delve into some details regarding photon physics:

As is well known, black holes are phenomena resulting from hypernovas where gravitation is incredibly dense. Objects drawn into a black hole lose their visibility but still exist. They simply cannot emit radiation because it is impossible for any light ray to escape the black hole’s gravitation. This leads to the following conclusion: "Light is a material quantity, and if sufficient technology existed, it would be seen that photons possess a slight mass."

It is possible to prove this as follows: Electromagnetism deals with the energy emitted by light rays. Since a non-material entity cannot emit energy, it is concluded that light, which is an electromagnetic wave, must be material. If you still do not believe in the mass of light, one must explain how plants utilize sunlight in photosynthesis as a parameter for chemical reactions in energy format, or why solar energy systems work better during the day.

In essence, we can say that energy is a material quantity. It is simply invisible to the eye when it is not radiating.

If this level of detail is sufficient, let us return to the subject of wormholes.

As is known, scientists at CERN conduct nuclear physics studies, and in a past experiment, they encountered an anomaly in a tube. A photon in motion disappeared for a very brief moment. While some physicists regarded this as a sample of teleportation, deep disagreements arose.

Among the debates on whether teleportation is possible, the idea emerged that this could also provide information about wormholes. Can a formation moving faster than the speed of light pass into a different dimension of space, regardless of the distance?

According to the E=mc^2 equation, an object reaching the speed of light can cause a warping in space; but what would a faster particle encounter? Could wormholes be possible not at a specific location, but for any object that exceeds the speed of light?

In modern physics, time slows down significantly for objects approaching the speed of light; so, what spatial dimension is reached at a speed above light?

In my view, at that speed, one reaches a dimensional plane outside the space-time dimension of the universe. Furthermore, any object traveling at the speed of light converts into energy—meaning it still has mass, but does not radiate.

Therefore, I believe that wormholes are essentially related to the speed at which one travels.

Written by: Emre Pelit