Light has a mass and charge and why the magnet bends the laser. The luminosity of the light charge is very low, so the effect is very small. It is the same with light from a star with a large mass and charge bending the light. The correct equations are F=mq/r^2 F=1(E+v*B). I calculated with my theory that the red laser light would bend by 0.01 mm over forty feet due to the magnet or about 2.937 milliarcseconds and the same red light would bend by 2.041 milliarcseconds when passing by the Sun. White light passing by the sun bends by 1.75 milliarcseconds.
Light has a mass and charge and why the magnet bends the laser. The luminosity of the light charge is very low, so the effect is very small. It is the same with light from a star with a large mass and charge bending the light. The correct equations are F=mq/r^2 F=1(E+v*B). I calculated with my theory that the red laser light would bend by 0.01 mm over forty feet due to the magnet or about 2.937 milliarcseconds and the same red light would bend by 2.041 milliarcseconds when passing by the Sun. White light passing by the sun bends by 1.75 milliarcseconds.