The oddballs are new pets for cosmologists.

"Neutron stars are some of the densest objects in the Universe. The material inside gets squeezed so hard that scientists don’t yet know what form it takes. The core of a neutron star might be made of a thick soup of quarks, or contain exotic particles that couldn’t survive anywhere else in the Universe. Credit: ICE-CSIC/D. Futselaar/Marino et al., edited" (ScitechDaily, Quick-Cooling Oddballs Rewrite Neutron Star Physics)

Quick-cooling oddballs can rewrite neutron star's physics. But can it rewrite entire physics and cosmology? 

In some universe models, there are small vacuum balls, or ball-shaped energy fields called oddballs or "Oddies". Those small balls are forming structures that turn smaller all the time. That reaction would create a situation in which the quantum fields fall in a place where the oddball withdraws. Those oddballs make the energy move in the universe. It's possible. That oddballs can explain dark matter, the gravity effect that comes from nowhere. 

There is something in the universe. This puts gravity waves in motion. And that thing can be oddballs. The problem is that. There must be something. that makes time move backward in our universe.  If time moves backward in some particles. That means the particle harvests energy from its space.  Because a particle will not deliver energy away, that thing means that its energy level increases, and it turns invisible.  

Or maybe the particle spins around its axle so fast, that it transfers energy out from it in a very tight pike. This can explain dark energy. The energy comes from so a small point, that we cannot detect it from outside. But then we can think of the possibility that those mysterious "Oddies" are not homogenous. And there are multiple types of that mysterious particle. 

Before the Big Bang time, space, and material were together. Then time separated from the entirety. That means there formed a space, that caused an entropy. And that entropy formed oscillation that destroyed structure that formed material and space. 

So can the dark matter and dark energy be the superstrings? The superstring is the smallest possible part of the material. It is the whisk-looking structure, that forms elementary particles. But in straight superstrings, there is no entropy inside them. Entropy is possible only if there are internal structures. 

That means the superstrings can be like antennas. They can collect and send wave movement into the ends of them. And if superstrings collect enough energy something connects superstrings together, that can form a structure that size is big enough, that it can turn dark energy visible. 

If there is an object, where entropy is zero, that means the particle cannot oscillate. Because there is no internal structure, it cannot receive and store energy. And that makes the structure invisible. When we think about the possibility that the weakly interacting massive particles (WIMP)s are miniature black holes, it is possible that in some cases can form singularity if there are no quantum potholes. That means the quantum fields would slide on that object's shell forming no reflection. 

And maybe one of those forms is a singularity. 

In traditional models, researchers think that the singularity is an object, where time, material, and space are as an entirety. But that means that in the singularity the entropy is zero. The reason for that is that there is no space for oscillation. And that means that the gravity waves are fighting against that model. 

For forming gravity waves singularity must have space to oscillate. And that means there is some kind of entropy in the black hole. If entropy is zero, that means there is no space to oscillate. The reason why entropy grows in systems is simple. When the universe grows there are fewer particles in comparison with space, and that makes more space between those particles. 

And then we can think that the time is separated in singularity. The space, and material that is one energy form are together. That thing means that if the time is separated in the singularity, that thing leaves space for entropy. And if time is wave movement. That wave movement travels out from the singularity. It will make the singularity smaller, and that releases gravity waves to its environment. 

There is some kind of entropy in the singularity, that allows it to oscillate. Those gravity waves push gravity energy that is the wave movement with the gravity wave frequency from around the black hole. And then other quantum fields start to fill that space. 

And then we can think that there an multiple internal structures in the universe. That means there could be a structure that receives energy. If that structure is real, there is another universe where time travels backward. When particles receive energy they turn younger. In that model, there is a possible, small size layer or flat universe, and there is a supermassive black hole in the middle of it. 

Energy levels in particles around black holes may be lower than in their environment. That makes energy flows into those particles, and because they travel closer to that black hole, their energy level remains lower, even if their energy level would be enormous if we compare it with particles around us. 

If that flat layer is small enough, that supermassive black hole pulls energy through it. Same time that hypothetical structure pulls material and energy in it. When that energy hits those particles, that makes them shine. Or they could shine only, if the energy level around them turns lower, and that makes it possible for energy to travel out from the particles. 

https://scitechdaily.com/quick-cooling-oddballs-rewrite-neutron-star-physics/

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

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

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