- #1
pleasehelpmeno
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Hi when trying to derive this equation, i am stuck on:
[itex] [\Gamma_{\mu}(x),\gamma^{\nu}(x)]=\frac{\partial \gamma^{\nu}(x)}{\partial x^{\mu}} + \Gamma^{\nu}_{\mu p}\gamma^{p} [/itex].
This [itex] [\Gamma_{\mu}(x) [/itex] term is the spin connection, if this is an ordinary commutator:
a) is it a fermionic so + commutator
b) how can one solve to find the Gamma term whilst cancelling away the
c) can anyone give a qualitative description of what the spin connection is?
thanks
[itex] [\Gamma_{\mu}(x),\gamma^{\nu}(x)]=\frac{\partial \gamma^{\nu}(x)}{\partial x^{\mu}} + \Gamma^{\nu}_{\mu p}\gamma^{p} [/itex].
This [itex] [\Gamma_{\mu}(x) [/itex] term is the spin connection, if this is an ordinary commutator:
a) is it a fermionic so + commutator
b) how can one solve to find the Gamma term whilst cancelling away the
c) can anyone give a qualitative description of what the spin connection is?
thanks