Timeline for How to expand $(D_\mu\Phi)^\dagger(D^\mu\Phi)$ in $SU(2)$?

9 events

when toggle format	what		by	license	comment
Jul 13 at 19:59	vote	accept	Hendriksdf5
Jul 13 at 15:49	history	edited	Qmechanic♦	CC BY-SA 4.0	added 6 characters in body; edited tags; edited title
Jul 13 at 14:21	answer	added	Cosmas Zachos		timeline score: 2
Jul 12 at 15:11	comment	added	Hendriksdf5		For the two middle terms I get $\frac{ig}{2}[\Phi^\dagger\tau^a A^a_\mu,\partial^\mu]\Phi$ and for the last term using $\tau^a\tau^b = \delta^{ab} 1 + i \epsilon^{abc} \tau^c$, $\frac{g^2}{4}[\Phi^\dagger A^a_\mu A^{a\mu}\Phi + i \Phi^\dagger \epsilon^{abc} \tau^c A^a_\mu A^{b\mu} \Phi$] is this korrekt? @CosmasZachos
S Jul 12 at 14:31	history	suggested	Gabriel Ybarra Marcaida		Homework tag
Jul 12 at 13:14	review	Suggested edits
S Jul 12 at 14:31
Jul 12 at 13:11	comment	added	Cosmas Zachos		Antidistribute the two middle terms and condense the evident anticommutator of the Pauli matrices in the last term.
Jul 12 at 13:10	history	edited	Cosmas Zachos	CC BY-SA 4.0	edited body
Jul 12 at 9:07	history	asked	Hendriksdf5	CC BY-SA 4.0