I'm not sure whether you're being satirical or whether you're explaining viewpoints other people or whether you're representing your own opinion. In response,
(1) It's deterministic w.r.t. the wave functions, but you can't really measure wave functions, you can only measure classical things like momentum or energy. (A measurement is actually an interaction, of course.) If you manage to give your TV a wave function 50% in the bedroom and 50% in the living room, then you decide to watch TV, you've just given yourself a wave function that is 50% in the bedroom and 50% in the living room, and 100% correlated with the TV's wave function. A wave function can't be measured because if you try to measure it, all you're really doing is correlating yourself with the wave function. So the real problem is that it's hard to reconcile our description of quantum mechanics with our experience of it. We describe QM as if we're outside Schroedinger's box, but we experience it from the inside. "Many worlds" describes it from the inside, but people don't like the many worlds interpretation exactly because it doesn't privilege one of the worlds as "real".
(2 & 3) Theories of free will were kind of worn out during the 17th century. Associating free will with quantum mechanics is kind of like shoving the Christian god into the cracks in evolutionary theory. There's little actual evidence that the brain takes advantage of QM decoherence on any scale worth appreciating. QM consciousness theories seem to have forgotten all of the progress during the age of enlightenment (David Hume, for example) wrt the definition of free will itself, and the phrasing of questions about free will in such a way that the discussion can be productive. The discussion about "qualia" in philosophical circles is equally unproductive. They call it "qualia" because they don't want to be called dualists, which is understandable.
(4) I'm not sure how this has anything to do with QM. The fact that our brain can do to things at once (which it demonstrably can) doesn't have anything to do with quantum mechanics. A car can do things that engines or wheels never can, but you'd never call it quantum.
(5) QM provides an "out" for objects which are cloned in the classical sense. In QM, there is no such thing as identity; two electrons (for example) are interchangeable. This means that if you prepare a classical clone of yourself but the two clones get mixed up, from a QM perspective the question of identity is meaningless. So if you say X is the clone and Y is the original and Y is dead, the labels "clone" and "original" are actually arbitrary and you could relabel X as the original and Y as the clone, so the clone is dead and the original is alive.
It's like you have a bucket of electrons, and you paint one of them orange so you can remember it later. Can't do that in QM. Even if you put one electron in a magnetic trap, there's no saying it doesn't swap places with one of the electrons still in your bucket. You can't paint one copy of yourself as "clone" and one as "original". Of course, two copies of a person (neither privileged over the other as "original") don't stay interchangeable for long.
Summary: Many philosophers and physicists alike have a warm and fuzzy conception of consciousness, but they're just being noisy and some folks are actually making progress. Warm and fuzzy is old news, and quantum is just the latest flavor of warm and fuzzy.
Daniel Dennett is an example of someone worth listening to about cognition, though I'm not saying he's right.