>>13003932Relativistic mirror malfunction:
From an observer A in an given point in time B, two light rays get emitted in opposite directions. The mirror horizon is the sphere which can contain both light rays at any given point in time after the light rays got emitted. Nothing can escape this horizon because nothing can travel faster as the speed of light.
If observer A moves after the given point in time B, the mirror horizon contracts along the movement vector of observer A. (because nothing can travel faster as the speed of light)
There for all energy trying to escape in the opposite direction of the contraction of the mirror horizon gets now forced inward and get reflected back to observer A.
At an given average temperature of 15 Degree Celsius, (average earth) and a velocity of 100 000km/h thats about +0,5 degree due to the relativistic mirror malfunction. Or 10 degrees in 20 years. or 100 degrees in 200 years.
