Photons, and speed of light. And electromagnetic shadows.

There is no absolute reality.

In Qbism is no absolute reality or absolute truth. That radical philosophical idea means that an agent or actor creates reality. Or the actor interacts with the environment and forms his version of reality. That means there is a frame in the environment, but finally, our brain or observer gives the final form for reality. 

Reality is a unique and abstract model of reality, and the way how individual people see reality is unique. That means we have free will to make things dead or alive in the quantum world. If we keep ourselves silent and don't speak about something, that thing keeps that forbidden thing away from our partner's knowledge. The knowledge about the existence of the subject brings that subject alive to us. 

If we don't know about the existence of something that thing is dead to us. In imagination, we have free will to make things, that are not possible. QBism means that the observer and reporter will participate in forming the reality. That means if we talk about doors, we might forget to tell if it's a wooden door. Or we might forget to tell you about the color of the door. Even if people don't need that information, they might not talk about that thing to others. Everybody has some kind of vision about what the door looks like. 

The problem with traditional universe theories is this: nothing can travel in an absolute vacuum. In bubble theory also known as superstring theory, the universe is full of superstrings that are extremely thin energy fields. There are always small bubbles or quantum vacuums in those superstrings. And when those bubbles fall, they form dark energy. 

The reason why, a photon is the only particle that can reach the speed of light in a straight universe is that the electromagnetic shadow behind it is so small. That electromagnetic vacuum will stretch until it pulls particles into spaghetti. And when a particle turns too small, it separates itself from quantum fields. That causes a situation where particle starts to transport energy to its environment. If the system can fill that electromagnetic shadow behind the particle that thing allows it to cross the speed of light.

Dark energy and its role in bubble theory vacuum cannot form energy from anything. But it can collect energy from its environment. 

In that model, dark energy comes from extremely small bubbles that collect energy from the environment. And then those things form dark energy. Or they collect free energy from their environment, increasing its power. Those bubbles do not create energy from nothingness, they just collect smaller superstrings and then impact them together. 

When we think about the superstring models, we can say that superstrings are acting like all other particles or strings. When those extremely thin magnetic fields travel in electromagnetic fields, they harvest energy. And those superstrings act like laser elements. 

The kinetic energy is energy transfer into the particle or some other object. Kinetic energy is energy, that a particle collects into itself when it travels through quantum fields. When a particle travels through a quantum field energy transfers in it until the particle's energy level turns higher than the environment. 

When we think of the case of that particle turning to spaghetti near a black hole we can think of the quantum vacuum. Or quantum shadow that gravitational radiation creates behind the particle turns it into spaghetti. The thing that can deny the spaghetti effect is that something fills the quantum shadow behind the particle. 

Photon gets energy stability at the speed of light. At that speed, photons deliver as much energy as they get. If some other thing reaches the speed of light, there is the possibility that this thing turns into a cosmic perpetual motion machine. Because an object gets as much energy as it delivers it cannot slow its speed. 

Photons can turn to wave moment and back to the particle. That is one of the reasons why photons are the only particle, that can reach the speed of light. Photon or its wave movement form is so thin that the electromagnetic shadow behind it is smaller than other particles. When some other particle starts to accelerate. And reach the speed of light. There is an electromagnetic shadow or vacuum behind it. And that shadow will turn longer and longer when the particle accelerates. 

Then that particle turns into spaghetti, and in a critical moment, the electromagnetic shadow behind it pulls the particle into the form that looks like spaghetti. In that process, the quantum fields lose contact with particles. And in that moment particle sends electromagnetic radiation. That electromagnetic shadow behind the particle slows the acceleration. Electromagnetic wave movement escapes from the particle to the shadow that follows it. And that thing slows particles. 

When a particle with mass impacts the medium, that medium transports energy to that particle. The energy travels through it and the radiation that jumps forward pushes the particle back. But the energy that transfers to the particle when it hits things like water molecules will sometimes cause an effect where the particle's speed crosses the speed of light in the medium. The neutrino detector uses this thing to detect blue light flashes that come from neutrino that deliver its kinetic energy. 

https://bigthink.com/13-8/qbism-quantum-reality/

https://theconversation.com/qbism-quantum-mechanics-is-not-a-description-of-objective-reality-it-reveals-a-world-of-genuine-free-will-200487

https://en.wikipedia.org/wiki/Quantum_Bayesianism

https://learningmachines9.wordpress.com/2024/01/26/photons-and-speed-of-light-and-electromagnetic-shadows/