Dark energy is energy that rips the universe into pieces. That thing means that there is too much energy in the universe. So is it possible that some particles are "shining too bright?". That thing causes the wave motion called dark energy kicks particles away from each other.
Einstein's theory of gravitation and gravitation lensing exists. So things like dark energy don't mean that the entire gravitational theory is wrong. But there might be some parts of that theory, that require some kind of rethink. Or maybe there is one thing that even Albert Einstein himself didn't recognize.
That thing is that gravitational lensing accelerates the photon. Or actually, the gravitational field accelerates a photon when the photon travels to the gravitational center. And when a photon travels away from the gravitational field's center its speed slows. That means the speed of photons is not the same all the time.
When photons hit to planet's atmosphere, their speed slows. That thing sends radiation to the universe. That radiation or wave motion will transfer to photons and increase their energy level. And that thing makes the idea of the thing called "photon with hyper-high energy level".
When some photons travel faster than others they must slow their speed to the level of the speed of light. Speed is another name for kinetic energy.
Energy cannot vanish. It can just take another form. When a particle decreases its speed it must deliver that extra kinetic energy to some other particle or quantum field.
There is the possibility that the source of dark energy is in the hyper-speed photons or some other particles that they should.
That means the interaction between photons and quantum fields can be the source of dark energy. When a photon or some other particle comes out from a wormhole and touches some other particle that means that the impact sends more energy than it should.
When particle comes out from the wormhole they have a higher energy level than normal particles. And when that kind of particle hits quantum fields that reaction will transfer more energy than predicted.
There is also the possibility that some particles are coming outside the universe. Outside the universe, the speed of particles is higher, than it is inside the universe. That thing means that when those particles are impacting with particles inside our universe that impact delivers more energy than it should. But there must be some kind of source for those particles.
https://scitechdaily.com/nasa-scientists-probe-dark-energy-time-to-rework-albert-einsteins-theory-of-gravity/
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