Quote from WyttenbachThey believe that QM is able to describe everything within condensed matter! This claim even might be true, but just for the for fine structure and not for the basic rules!QM itself is based on rules, which exclude the detection of underlying phenomenas - which truly exist based on Maxwell's theory.Further on QM is local only and does not work very well for dynamic processes. Try once to describe the transient water memory structures with QM!(One reason why many QM'ers just deny them...)
I'd like to see evidence for even one of these assertions: which I do not recognise.
I guess you could argue that non-relativistic QM - by definition - is local. But that does not apply to relativistic QM, Which is just fine and properly genralises Maxwell's equations in a way that explains quantum-scale phenomena. You can always argue that QM is not yet properly unified with GR, although there are various possible ways to do this.
It is a fascinating area, see: http://nautil.us/issue/29/scal…hanics-swallow-relativity
You do not however get very far with it is you start off by ignoring the work that has already been done, and is proven successful from experiment.
I have not seen anything in Mills's work that helps with these very large issues, and I don't think they are what you mean.