The photonic mystery.

The photon is a particle that transmits electromagnetism. Sometimes photon is called a "particle of light". And that particle is the fastest known thing in the universe. The thing that makes a photon a mystery is that it doesn't have mass.

That causes a very problematic situation because the existence of a particle requires mass. And another mystery of photons is how they can transport energy without mass.

Because of their existence. The ability to carry energy requires that particles have mass. The regular way to think is that requirement for existence is mass.

But then we can think that maybe the photon's energy level is the same as its environment. That means there is no energy transfer between the photon and its environment. If the information will not travel between the particle and its environment. That means the particle's mass is very hard or impossible to measure.

Because the speed of a photon is the speed of light the photon is a stable or static condition. In that model, the photon delivers as much energy as it gets from the environment. So photon's energy level compared to its environment is the same as the energy level in its environment.

The quantum gravitational model is that the particle is hot, neutral, or cold. Cold particle means that energy travels to that particle. And that forms the quantum-size low-pressure. And that is one version of quantum gravitation.

The hot particle means that energy travels away from the particle. The neutral state or neutral particle means. That energy will not travel to the particle or away from the particle. That means the particle is neutral. And there is no time in that particle.

If the photon is a so-called neutral particle. There is a possibility that the energy travels over or through the photon. That means the photon delivers all energy that it gets away. So when a photon impacts the wall. That means. Photon delivers barrier energy. That is stored inside it just in the impact moment.

In this model, energy is like the string that travels over or through the photon. When a photon impacts the barrier. The string that is interacting with the photon just at that moment jumps forward. And that causes the energy impact to the wall.

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