Plenary lecture 3: conditions of experiments for verification of gravity control possibility
Vitaly O. Groppen · International Conference on Applied Mathematics · 2012
The proposed approach is based on the idea of measurement standards variability used for the Universe simulators development. This approach permits us to predict some features of the Universe: spontaneous growth of distance between two resting objects detected by an observer at one of these objects, velocity/distance dependence is known to meet the Hubble Law, thus negating the idea of dark energy distribution in the Universe, constancy of any solid body linear dimensions in time is believed to be caused by linear measurement standard shortening as well as by a loss of mass of physical objects. The latter permits us, interpreting the Hubble constant as a coefficient, characterizing the rate of mass loss by any physical body, to propose simulators, describing gravity and inertia as manifestations of reaction forces, thus giving us a possibility to control gravity. Conditions of gravity control experiments are determined by means of series of tentative experiments.