- #1
Caneholder123
- 10
- 0
This is the link to the relevant paper. I have to show that vector (t', x', y', z') lies on the sphere. But for that to be, V^2 has to be 1 according to the equation in the introductory part of the section 2.
That, by definition, means that E=-m/2. What does that mean, and why is this solution not just a special case?
That, by definition, means that E=-m/2. What does that mean, and why is this solution not just a special case?