Dark matter is the gravity effect that moves particles. When we think about dark matter and Higgs field, that means dark matter should be renamed to dark gravity. The idea is that the superstring model is connected to the so-called weakening light theorem. The idea in those models is that the material must not be so-called real material to cause gravitational effects. If we think that gravity is the movement in the Higgs field, that means the weakly interacting massive particle, WIMP can be a so-called virtual particle. The fact is that, in the dark matter theorem there are two versions of dark matter. 1) Hot dark matter 2) And cold dark matter. It's possible. That cold dark matter is some kind of bubble or movement in Higgs field. In this text, the Higgs field means the base energy field that is energy minimum in the universe. The superstrings or very thin energy fields that travel in the Higgs field can form holes in that field. The Higgs field tries to fill those holes. And
"Trinity College researchers have found the Mpemba effect in quantum systems, where heating paradoxically speeds up cooling. This discovery could impact future quantum technology applications. Credit: SciTechDaily.com" (ScitechDaily, 2,000-Year-Old Mystery: Scientists Discover Paradoxical Quantum Cooling Effect) Things like black holes are like thermal pumps. The main question is are those monsters just tie energy or do they channel it or aim it in a new direction? Things like laser rays can make the space cool because they can form an electromagnetic shadow on the other side of atoms. There is a lower energy area around the laser beam, and that thing causes energy transfer to those particles. That means an energy beam, that travels to the particle cloud that thing ties energy in it. The new observations about the Mpemba effect are key to paradoxical quantum cooling. The Mpempa effect is explained in Wikipedia, and researchers are still unsure if that effect is real. But qua