Saleh Theory

Are there any places in the Universe where the expansion would be greater? The further we move away from the supposed center of the Universe, the faster the speed increases at the outer layers compared to those who are inside. But if you mean the angular aspect and the fluctuation of the expansion speed in different places, no, it is not so.

There is a big problem that the Dark Energy is not consistent with the Hubble Constant. Is this theory (Saleh Theory) able to answer? Since the angular velocity (omega) is constant, the tangential speed increases once moving away from the assumed center of the Universe (the enlargement of the radius). Knowing that the outward linear velocity, which is produced by the rest of the Big Bang energy, is also constant, the vector sum of these two velocities (tangential and outward linear velocities) is constant for any celestial object that is at an identical distance from the assumed center of the Universe. Indeed, the Universe is expanding towards the outside in different layers and each layer, depending on its distance from the assumed center of the Universe, has its own vector sum of velocities (the celestial objects of the smaller layers rotate less quickly than those of the larger layers) Saleh Theory finds that there is no problem with the techniques of the measurement of the Hubble Constant. However, the measurements are made on the different layers that move away from the supposed center of the Universe by rotating at different speeds; sometimes these measurements are made on the more outer layers, sometimes on the more inner ones or on the layer on which our planet is located. These observations, therefore, lead us to the different values for the Hubble Constant. For more information, please visit our website: www.saleh-theory.com