I learned the basics of QM, as well as a few interpretational bits from Griffiths. I went through three or four other undergrad and grad QM texts, as well, but Griffiths is still my favorite by far, even though it does not address some of the standard grad curriculum topics, like partial waves. YMMV.
Bear in mind that none of the standard QM texts address the interpretations in any depth, mostly embracing the instrumental “shut up and calculate” approach. The most you will get is the Bell theorem and the discussion of hidden variables. I am not sure which texts address this issue head on, but my guess is that it would be in some of the Quantum Information ones. Maybe someone else can chime in.
I learned the basics of QM, as well as a few interpretational bits from Griffiths. I went through three or four other undergrad and grad QM texts, as well, but Griffiths is still my favorite by far, even though it does not address some of the standard grad curriculum topics, like partial waves. YMMV.
Bear in mind that none of the standard QM texts address the interpretations in any depth, mostly embracing the instrumental “shut up and calculate” approach. The most you will get is the Bell theorem and the discussion of hidden variables. I am not sure which texts address this issue head on, but my guess is that it would be in some of the Quantum Information ones. Maybe someone else can chime in.