Quote by Boeley
sqrt(1v^{2}/c^{2})
About matter and mass... I've been thinking that if the LorentzFitzgerald contraction equation can accurately calculate an increase in inertial mass (without anything representing the Higgs Field), is there any need for the Higgs Boson?
Doesn't the LF equation imply that mass (inertial mass in this case) is a result of the occupation of spacetime (v) divided by the potential max (c)?

I have to say, that this is not even wrong. The Higgs boson is conjectured to be the mechanism that gives mass to gauge bosons in the early universe. It occurs in quantum theory and has no relation to the 'relativistic' mass, a concept of doubtful usefulness. There is no increase in inertial rest mass, it is an observer dependent effect.