I’m a grad student of quantum information. My advisor doesn’t really talk much about interpretations, going only so far as to point out how silly the Bohmians are. That’s largely true of most in this group, though one is an avowed “quantum Bayesian”: probability as conceptualized by humans is simply the specialization to commuting variables, but we need non-commuting variables to deal with the world. The laws of quantum mechanics tell you how to update your information under time evolution.
My interpretation of QM was formed as an undergrad, with no direct professorial contact. It was based mostly on how arbitrary the placing of the classical-quantum divide in treatments is, so long as you place it so enough stuff is quantum. I took that seriously, bit the bullet, and so am an Everettian.
I’m a grad student of quantum information. My advisor doesn’t really talk much about interpretations, going only so far as to point out how silly the Bohmians are. That’s largely true of most in this group, though one is an avowed “quantum Bayesian”: probability as conceptualized by humans is simply the specialization to commuting variables, but we need non-commuting variables to deal with the world. The laws of quantum mechanics tell you how to update your information under time evolution.
My interpretation of QM was formed as an undergrad, with no direct professorial contact. It was based mostly on how arbitrary the placing of the classical-quantum divide in treatments is, so long as you place it so enough stuff is quantum. I took that seriously, bit the bullet, and so am an Everettian.