... be expressed in terms of the poten- tials -A' and 4 as In the Lorentz gauge 2 and 4 satisfy and (10 .37 3) (10 .37 4) (10 .37 5) (10 .37 6) (10 .37 7) respectively. Defining a four-potential ... 3. 3 = 471-p ( 10 .34 8) (10 .34 9) 3. 3=0 (10 .35 0) = 0, 1 83 VXZ+ cat (10 .35 1) determine the electric and magnetic fields for a given charge, and current distribution. We now introduce ... Orientation of Axes in K and K Frames A = (Ao,A1,A2,A3) (10 .33 1) (10 .33 2) In terms of another Minkowski frame, the same four-vector can be written as (10 .33 3) A=B,A , where &...