Lecture Notes on Supersymmetry

actually adjoint algebra allows Appendix assume asymptotically becomes belong boson chiral chiral scalar clearly combination commutation complex condition conservation consider construct contains conventional conventional fields corrections corresponding coupling constant defined diagram directions discussion divergent eliminated equal equation expect fact fermion fields finite follows formula gabe gauge given Goldstone hence higher highest holds identity independent insertion interaction internal symmetry intrinsic parity introduce invariant kinetic Lagrangian limit linear Lorentz maintained Majorana mass matrix matter-fields matter-matter namely Note Nucl obtain occur operator parameter parity particles particular Phys Physics positive definite possible potential properties quadratic question reason reduces renormalization representation respect result satisfied scalar superfields scale section 9 seen simple situation solutions spin spinors spontaneous breakdown spontaneous symmetry breaking sub symmetry super supersymmetry term theory transformation weight Yang-Mills zero