The Dirac equation can be solved in 1+1 dimensions using this physicist's namesake "checkerboard," and can be simply expressed using his namesake slash notation.
The Dirac equation can be solved in 1+1 dimensions using this physicist's namesake "checkerboard," and can be simply expressed using his namesake slash notation. Green's functions give the propagator of a particle on constructs named for this physicist, who introduced a theory where the exponential of the action is proportional to path contribution. He shared a nobel prize with (*) Schwinger and Tomonaga for his work on quantum electrodynamics. Antiparticles are depicted travelling backwards in time on his namesake diagrams. For 10 points, name this physicist whose class at Caltech was converted into his Lectures on Physics.
The Dirac equation can be solved in 1+1 dimensions using this physicist's namesake "checkerboard," and can be simply expressed using his namesake slash notation.
Richard P. Feynman