Physicists have long known the four fundamental forces of nature: gravity, electromagnetism, strong nuclear power and weak nuclear power. now researchers discovered fifth fundamental force.

Scientists now say that they have observed a fifth fundamental force of nature that can change our understanding of how the universe works.

These forces control the movements and behavior of everything we see around us. At least that’s what. But, in recent years, more and more evidence has shown the fifth fundamental strength.

New research has not yet discovered this fifth power, but it shows that we still do not understand this cosmic power.

The discovery of the five forces of nature can help explain the mystery of dark matter, which is 85 percent of the mass of the universe.

This could also pave the way for a unified theory of the fifth force that unites the electromagnetic, strong, and weak nuclear forces as a manifestation of a larger, more fundamental force.

The term force in the model is wrong. In the standard model, each force is the result of a kind of carrier boson.

Photons are bosons of electromagnetism. Gluons carry bosons for the strong, while bosons known as W and Z are for the weak. Gravity is not part of the standard model, but it believed that quantum gravity has a boson known as a graviton.

To find this strange power at work, the team used particle accelerators to shoot particles at high speed through vacuum tubes.

The aim is to track the decay of isotopes after they have put into a high-energy state. Anomalies in particle behavior can state unknown forces.

Every article we’ve found is part of a standard model. The behavior of these particles fits very well with the model.

The discovery of the forces of the five realms of nature will provide insight into the “dark sector,” which in principle illustrates an unseen force, which cannot be explained by a standard model.

But in the standard model, no particles can form dark matter.

Dark matter may consist of small black holes, but astronomical data does not support that idea.

Dark matter is most likely composed of undiscovered particles that were not anticipated by the standard model. Dark matter is an invisible substance that represents more than 80 percent of the mass of the universe.

Theorists have proposed a series of exotic matter particles, including “dark photons” that carry electromagnetic energy.

This fifth force will also interact with the observed particles, which is contrary to the standard model. This brings us to a new document that claims that there is evidence of such interactions.

Hungarian scientists look for dark photons and remove protons from thin lithium.

Because lithium absorbs protons, it turns into an unstable version of beryllium, which decomposes further and produces electrons and positrons.

When protons collide with lithium at 140 degrees, more electrons, and positrons produced than expected.

A fifth power might exist, but we haven’t found it yet. What we know is that the standard model has not yet added and that some interesting discoveries are waiting to discover.