One planet after another began to accelerate, gradually leaving their respective orbits.
The initial positions of different planets during acceleration varied, as did their acceleration rates,
but as they broke free from the star's gravity, many planets roughly aligned in the same direction, only at different speeds.
Due to the protection of the space membrane shield, the atmosphere of the traveling planets did not disperse, yet the planets still dragged long comet tails in space.
This phenomenon was formed by high concentrations of stellar wind particles inside the star system colliding with the unusually moving planets and aggregating into clusters with the help of the planets' gravity.
As the distance between the planets and the star increased, the light began to fade. Radiation towers on the planets' surface commenced operation, beams of light shot into the sky, accurately hitting the high-energy modules embedded in the space membrane.
