There is no gravity, that is, gravity, in the universe, but it exists between objects. So based on this, like between the earth and the moon; The structure that transfers some of the mass of the universe to the objects is called the first gravitational force. What Sir Isaac Newton found is actually the second. So the first one is that the mass of 1.46.10'53 kg of the universe causes the mass of one object to move another object in the universe. ISAAC NEWTON UN g.m1m2 / r'2 formula explains gravity, but as soon as it is translated from, where it comes from is the mass of the universe. The dark energy distance increases the more energy. However, there is one thing that dark energy is constant with the expansion of the universe. If the universe expands, probably the mass will increase according to the entropy. Entropy increase also increases the gravity between two objects because the object mass increases. But in dark energy the distance is opposite to Newton. So as a result, if the square of the distance between two objects massuniverse will make gravity in direct proportion, the square of the newton is inverted, and the dark energy is directly proportional. ? Mass Universe .m. (object) becomes .r'2. So = mu.m.r'2
Neither Newton nor Einstein explained gravity. Their equations predict the effects of gravity but do not explain it. Newton's domain fits best for general purposes because of its simplicity and close accuracy. Einstein's equations are very accurate but good up to about 20 light years after which it is said that dark matter interferes, then predictions are roughly off by a factor of 2, not close at all.
Newton proposed a force-at-a-distance and Einstein proposed warped space to explain their equations. Neither of these explanations have been tested, and maybe both are untestable. In his second edition of Opticks Newton proposed his own model of pushing gravity in 1704. Although few today have made, or ascribe to such gravity proposals involving a background field aether such as the ZPF, the Higgs field etc, these are the only purely mechanical theories of gravity involving no force or warped space. The equations of GR could still be applied based upon variances in the background field explaining the Ricci tensor of GR rather than the warping of space.