how we can explain quantum gravity?

according to Newton's gravitational force the gravitational force is proportional to the product of their masses and inversely proportional to the square of distance between that objects. so the explanation of gravitational force is dependent on mass and distance. but if we talk about Einstein's general theory of relativity the that rule is tells us that the gravity causes curvation of space and time.

come! Distance between them. These are two important aspects that depend on how the force of gravity can be But the problem arises here when we have to do prediction about such How the force of gravity works that can tell how quantum gravity can define what we If our body is too I mean microscopic level electron proton neutron which is our subatomic particle of this type of part nail and how much gravitational force was Although it is Baal which is one of the 4 great forces of the universe.

Which is called the weakest force of our universe, the effect of which we can see only small trees on big points, its effect cannot be seen because it is mainly based on their mass and mass is microscopic level. Part of the heart will be very If mass is less then according to who we are, we will also apply General Theory of Relativity, then lower mass will reduce this piece if it does not More at that stage, how can we define gravity. The biggest issue is that which is at a quantum level, how do we measure quantum gravity?

Define, this is the biggest problem. And if we talk about it, how about this Newton's law of gravitational force will not work and what Albert Einstein's law is that the General Theory of Relativity tells us how the General Based on the Theory of Relativity, we can define the force of gravity. But at the quantum level it is impossible to interpret it.

So the biggest question is how do we understand quantum However its career part is the nail which we named it hypothetically, Gravity is still not given us any authentic experimental evidence.