![]() ![]() If within a field that allows travel at twice the speed of light, any radiation it emits has twice the energy as normal. To an outside observer, a ship within a mass effect drive envelope appears to blue-shifted. Stars will be replaced by pulsars, the accretion discs of black holes, quasars, and gamma ray bursts. As the speed of light continues to be raised, x-ray, gamma ray, and eventually cosmic ray sources become visible. ![]() High-energy electromagnetic sources normally hidden to the eye become visible on the spectrum. The greater the difference between the objective (exterior) and subjective (interior) speeds of light, the greater the refraction.Īs the subjective speed of lights is raised within the field, objects outside will appear to red-shift, eventually becoming visible only to radio telescope antennae. Objects outside the ship will appear refracted. This causes refraction - any light entering at an angle is bent and separated into a spectrum. Light travels slower through glass then it does through open air light also moves slower in conventional space then it does in a high-speed mass effect field. New space travelers ask, "What does it look like outside a ship moving at faster-than-light speed?" Part of the answer can be seen in a simple pane of glass.
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