Are Laser Particle Accelerator Capable to Propel Spaceships in Cosmic Distance

In this study, an experiment is proposed to measure the space-time contraction due to the acceleration of an electric particle. According to the set-up suggested in this study, any change in the time-space orthogonality is measurable by detecting the phase changes in an integrated Michelson-Morley interferometer. Thereafter, by using the results of [1], the electric field due to the acceleration of electric charge has been considered as proportional to the changes in the orthogonal angle of the space-time. One of the goals of this experiment is to present a solution to measure the constant of this equivalency. For the observer located far enough from the accelerated particle origin, the time for the light traveling the interferometer arm that is near to the origin of accelerated particle is decreased; in other words, the apparent speed of light that is measured by the observer would be higher than c. Hence, using the particle accelerators capable of generating high energy gradient such as laser particle accelerators are introduced as an approach for creating a contraction in space-time.