The misbehaving muons can open new paths for physics.

M42 Orion nebula

The Muon G-2 experiments have shown one thing. The advancing observation technology showed that physics and all other areas of sciences are advancing. Advancing science brings advancing products in front of the people. One sure thing is unsure. Some people believed that the Standard model was ready, and there must not do anything with that. And then the muons started to misbehave against theoretical models.

So that thing has brought one question to the mind of people. That thing is that even the most calculated theories might be wrong or they need expansions. The observations about the misbehaving muons have shown that there could be unknown natural forces. Are the four known natural forces one primordial force?

The hunt for primordial force carries on, and the Muon G-2 experiments have opened a new path for physics. There is the possibility that we are facing a new type of opportunity in front of us. The idea of primordial force is simple. All four natural forces or interactions are the same force, that travels from the nucleus of atoms through the electron cores and finally between atoms. The theory of the primordial force goes like this: the origin of that force is in the gluons, the transportation particles of the strong nuclear force.

When gluons are jumping back and forth between quarks, they are pushing the quark. That thing causes the wave of energy that travels through the electron core. When the gluon impacts with quark it transports energy to it. And that means gluon must get its energy from somewhere. The idea is that the thing that keeps quarks and other particles in the form is something like quantum gravity.

When some particle is sending or transfer energy to some other particle, that thing means that the particle is losing a little bit of itself. The effect is similar to when two balls or other our scale of objects hit together. They are sending soundwave through the air. The scale of quarks and muons is far smaller than some kind of tennis balls, but they are acting the same way.

Energy acts similar way with sound. When particles are impacting they are sending energy waves around them. Same way quark is sending the energy wave around it when gluon impacts it. And that energy could be the mysterious primordial force. So every natural interaction is the same force all the time.

()https://www.discovermagazine.com/the-sciences/could-misbehaving-muons-upend-the-known-laws-of-physics

()https://www.newscientist.com/article/mg25033400-800-the-hunt-for-a-primordial-force-that-would-revolutionise-cosmology/

()https://www.space.com/four-fundamental-forces.html

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