- #1
mattocompleto
- 2
- 0
Hi,
I'm doing some exercise about second quantization.
In a exercise about spiorial field I have to explicitly write the Hamiltonian of a Majorana-Langrangian, in terms of operators of creation and annihilation: [itex]A_{\vec{k},\lambda}[/itex] that acts on Fock's space.
The point is that during the calculation it is appearing [itex]A_{\vec{k},\lambda}^{\star}[/itex], and [itex]A_{\vec{k},\lambda}^{T}[/itex]. And actually I don't know how these operators act! Does it exits some kind of relation like [itex]A_{\vec{k},\lambda}=A_{\vec{k},\lambda}^{\star}[/itex]?
I'm doing some exercise about second quantization.
In a exercise about spiorial field I have to explicitly write the Hamiltonian of a Majorana-Langrangian, in terms of operators of creation and annihilation: [itex]A_{\vec{k},\lambda}[/itex] that acts on Fock's space.
The point is that during the calculation it is appearing [itex]A_{\vec{k},\lambda}^{\star}[/itex], and [itex]A_{\vec{k},\lambda}^{T}[/itex]. And actually I don't know how these operators act! Does it exits some kind of relation like [itex]A_{\vec{k},\lambda}=A_{\vec{k},\lambda}^{\star}[/itex]?