The primary mathematical portion of this hypothesis is one minus the quantity "v" squared over "c" squared close quantity and taking the square root of that value. It was first put forward in an attempt to explain the negative result of the Michelson-Morley experiment. Einstein showed that it is due not to the actual deformation of the body in question, but to the equivalence of the two systems. Independently discovered by Fitzgerald, FTP, identify this foreshortening of a moving body in the direction of its motion, a hypothesis named for the D
The primary mathematical portion of this hypothesis is one minus the quantity "v" squared over "c" squared close quantity and taking the square root of that value. It was first put forward in an attempt to explain the negative result of the Michelson-Morley experiment. Einstein showed that it is due not to the actual deformation of the body in question, but to the equivalence of the two systems. Independently discovered by Fitzgerald, FTP, identify this foreshortening of a moving body in the direction of its motion, a hypothesis named for the Dutchman who presented it.
The primary mathematical portion of this hypothesis is one minus the quantity "v" squared over "c" squared close quantity and taking the square root of that value.
{Lorentz contraction} or {Lorentz-Fitzgerald} contraction (acc. early {Fitzgerald contraction})