If everything is probability waves (or infinitely large statistics), is it meaningful to speak of existence even as a binary state?
Well, to start off with, that's still a bit "IF". Remember that most of what you read about quantum mechanics is interpretation - trying to read a physical interpretation of mathematics. A physicist who is being careful won't say, "Everything is probability waves." They'll say, "It is as if everything is probability waves." The two statements are far from equivalent.
Basing major philosophy on attempts to wring physical interpretation out of mathematics that may not actually have a physical interpretation is... sketchy stuff. IMHO, of course.
But, to your question - physics already has the concept of something that is there, and has real effects, but isn't really there. We have "virtual particles" - and mathematically, they behave slightly differently from "real" particles.
So, we have things that aren't, things that are, and things that are inbetween. The math does *not* reduce to "everything is imaginary".
no subject
Well, to start off with, that's still a bit "IF". Remember that most of what you read about quantum mechanics is interpretation - trying to read a physical interpretation of mathematics. A physicist who is being careful won't say, "Everything is probability waves." They'll say, "It is as if everything is probability waves." The two statements are far from equivalent.
Basing major philosophy on attempts to wring physical interpretation out of mathematics that may not actually have a physical interpretation is... sketchy stuff. IMHO, of course.
But, to your question - physics already has the concept of something that is there, and has real effects, but isn't really there. We have "virtual particles" - and mathematically, they behave slightly differently from "real" particles.
So, we have things that aren't, things that are, and things that are inbetween. The math does *not* reduce to "everything is imaginary".