Einstein mentioned gravity in such a way in his research paper in such a way that its effect on quantum level will be very much small(negligible) which follows the description of gravity in quantum level. The general relativistic gravity can be exemplified as follows: If we keep a football in the center of a paper and a tennis ball on the side the paper, it will be attracted strongly by the basketball, but on the other side if we keep the feather of a pigeon on the other side it will not be attracted much strongly towards the ball. The same effect is applied in reality. The quantum particles do not experience much gravity because of their very small size. But, is gravity depends only on mass and size?
The effect of gravity not only depends on the size and mass of particles, but also on the shape and curvature of the particles. To understand this, let's see an example: Take two papers which are not in contact with each other. In first paper keep the football and see the curvature of the paper on beneath the football. In other paper, keep one golf ball and note down its curvature on the paper beneath the ball. What will be noticed by these experiment? The curvature of the paper as seen in the case of football will be u shaped. And same in the second case. But the major difference in the two cases is the depth of u shape. In second case the depth of u shape is higher than that in the first case, i.e. in the first case the it will not be a perfect u shape, but in the second case the shape of the golf ball will be a perfect u. By these experiment it will be concluded that due to the perfect shape of u the gravitational effect shown by golf ball will be slightly greater than football.
The football mentioned above is like a black hole, Its not like that the gravity is weaker, the gravitational effect of a black hole is very much stronger, but not much that the light cannot escape it. Because if this happens, then the rest part will be science fiction as mentioned in the movie interstellar. The person who falls inside the black hole will experience things faster than any other object in the universe, because indirectly the person is travelling at a speed greater than light which violates all practical rules and laws of physics. But the universe is very much big beyond our imagination. Is it possible that the universe works exactly like our physics?
Here comes quantum mechanics which violates all the laws of physics. Any object in the universe can't travel at a speed of light. But this is not the case in quantum level. In quantum level there is an effect known as butterfly effect. According to this effect if we doing any basic action on the earth in one place, its effect will be sent to the universe greater than speed of light and will be reflected back towards us. This is what we call 'karma'. Are there any other any particles which carry photons with such a high speed? The answer is both yes and no. In practical world, the photon particles are massless and due to this the photon particles are not effected by any force in the universe because every object has mass. But in quantum world every object is connected with each other. In quantum level, photon particles are carried by some other particles or wave which give the photons the speed of light. Its like the air and the leaf on the ground. The air is the carrying wave or particle and the leaf is like a photon. The leaf travels as the air travels. And also air is everywhere in the earth which carry many objects like leaf. It is obvious that air travels at a speed greater than leaf. Same is the case with the carrier particles or wave of photons.
And also because of this, we can see the two nature of electrons in double slit experiment. We can say that the butterfly effect is produced by our eyes(like the air to leaf) to the electrons due to which it changes its form when we detect it with eyes and when we not. And so, the black hole can't violate the laws of physics as physics laws can only be violated in quantum level and not in the physical world. Because of the negligible effect of quantum gravity, the strings of quantum gravity can travel to other smaller dimensions and may be the quantum gravity is the unified force (origin force), and therefore we can't detect its effect on minute particles but according to relativity if our size reduces like photons then we can detect the effect of quantum gravity and therefore relatively quantum gravity may be the butterfly effect or 'karma'.
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