Well, in this case the universal wavefunction does factorise into a product of two functions π(light cone)π(cat), where π(cat) has an βaliveβ branch and βdeadβ branch, but π(light cone) does not. Iβd rather identify with π(light cone) than π(light cone Γ cat) [i.e. π(universe)], but whatever.
The point you were trying to make is correct anyway, either way.
No.
Well, in this case the universal wavefunction does factorise into a product of two functions π(light cone)π(cat), where π(cat) has an βaliveβ branch and βdeadβ branch, but π(light cone) does not. Iβd rather identify with π(light cone) than π(light cone Γ cat) [i.e. π(universe)], but whatever.
The point you were trying to make is correct anyway, either way.