Does any of this lead to new physics? I mean, is it so unlikely that someone might ask if wave functions are actually foundational in such a way that they could be the building blocks of spacetime? It's like the physics community has hypnotized itself into thinking that quantum mechanics is impossible to understand and it's all about live cat/dead cat superposition. But that is all completely missing the point.
You've got this wave function thing that is calculated; maybe what is being calculated is actually foundational. You have
[math]p_x = -i \hbar \frac{\partial}{\partial x}[/math]
and
[math]H = - i \hbar \frac{\partial}{\partial t}[/math]
which are operators that help you calculate the possible eigenstates that can be measured. There is no live cat/dead cat operator. You have something that behaves like waves and has properties of momentum and energy, with time/position built into it.
It just seems like there is an opportunity to interpret physics in a more creative way. Does it always have to be about mathematics? Maybe if we made casual observations such as: wave functions are real things that should be added to the standard model, maybe then we might make a break through.
There is too much rigidity in the physics community to come up with any creative ideas. As a result, physicists are more concerned about calculating when the universe is going to undergo heat death, then they are of coming up with new technology or new insights into physics.