The theory of special relativity requires that the laws of the universe be the same for the objects that move with uniform velocity to each other. The law that changes from one frame to another is wrong. Lorentz transformations do not guarantee only three transformations. These three quantities are length, time and mass, which basic are physical quantities. Derived quantities can be derived from it covering the laws of mechanics only. In addition, the Lorentz transformation of the mass was found using the principle of corresponding and not directly if we want to get the Derived quantities Lorentz transformation we must be finds the Lorentz transformations for Fundamental Physical Quantities.
As far as I know the Lorenz transformation can handle either space and time
or alternatively energy and momentum. (These are allowed pairs)
The quantum theory sets limits of what dynamical quantities you can handle at the same time. For example not x and linear momentum in that same direction.
By the way the Lorenz transformation is not the only one that can handle the invariance of xx+yy+zz-ctct
For example you could have a simple rotation of a primed (xyz) frame about
(xyz) and leave t alone.
> The law that changes from one frame to another is wrong.
What do you mean by wrong? You have some evidence that special relativity is not a good theory? (Taking into account the usual provisos here, i.e., domain of validity etc)
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