Changes

== Quantum Field Theory/Changes to the Intro ==

== Quantum Field Theory/Changes to the Intro ==

As it stands, the introduction currently contains false information- it asserts that relativity stands apart from the rest of physics, in that it relies on hypotheses and complex mathematics.  All of physics relies on hypotheses and mathematics- for instance: Newtonian mechanics relies on the assumptions F=ma, objects at rest remain at rest, objects in motion remain in motion.  Quantum mechanics relies on the Von Neumann postulates,etc.   

The introduction currently contains false information- it asserts that relativity stands apart from the rest of physics, in that it relies on hypotheses and complex mathematics.  All of physics relies on hypotheses and mathematics- for instance: Newtonian mechanics relies on the assumptions F=ma, objects at rest remain at rest, objects in motion remain in motion.  Quantum mechanics relies on the Von Neumann postulates,etc.   

Also, the mathematics of special relativity are really no more complicated then Newtonian mechancis, and less complicated then Maxwell's equations or quantum mechanics.   

Also, the mathematics of special relativity are really no more complicated then Newtonian mechancis, and less complicated then Maxwell's equations or quantum mechanics.