Manuscript X-L-ST@1 · X-L-ST.tex · section · 20a32a22

Gauge fermion and free nilpotence

The normalized free auxiliary–ghost package › Gauge fermion and free nilpotence · lines 395–405

X-L-ST@1#eq:s0

Define the odd derivation $s_{0}$ , commuting with spacetime derivatives, by

s_{0} r = K c, s_{0} ϕ = 0, s_{0} c = 0, s_{0} c ˉ = b, s_{0} b = 0.

It acts by the left graded Leibniz rule.

Displayed formulas in this passage

X-L-ST@1#eq:s0 · line 399
$s_{0} r = K c, s_{0} ϕ = 0, s_{0} c = 0, s_{0} c ˉ = b, s_{0} b = 0.$