Recent content by FJ Rolfes

Thank you. The rules for differentiation seems natural enough, and they do seem to give arguments for ∫dθ = 0, but not for ∫dθ θ =1.

I tried putting this in the math forum, but got no response: I can find various derivations of ∫ dθ = 0 which are satisfactory, but none of ∫dθ θ =1. Cheng and Li says it's just a normalization convention, of course that assumes that the integral is finite. Is this just a matter of...

Why is ∫dθ θ = 1 for a Grassmann number?

I can find various derivations of ∫ dθ = 0 which are satisfactory, but none of ∫dθ θ =1. Cheng and Li says it's just a normalization convention, of course that assumes that the integral is finite. Is this just a matter of definition, or is there a better reason that that? And would...