Indeed, Making a decision« is not a coherent concept., I should have written the quoted sentence as "making a 'decision' means you will then randomly (but weigh

Indeed, Making a decision« is not a coherent concept., I should have written the quoted sentence as "making a 'decision' means you will then randomly (but weighted) fall into one outcome". Whether that source of randomness is QM or just deterministic chaos* (say, it depends on being somewhere a second early or any other butterfly-factor). The point is, some decisions might always have a p=1.0, others only a p=.8. And in the not-QM case that is decided by other factors in advance, so the closer you get to the point-in-time itself, the closer it gets to 1.0. The point is that these different probability values are there, and could be a faux-will. E.g., no matter how bad your commute was, you will be kind to your coworkers (high p), or if your mind encounters new information, you might change your mind (p ~ .5). Concrete example: like encouraging people are meaningless Person has an exam in a week, nobody cheers, and depending how good the coffee is over a week, the weather, etc., p_passing_the_exam is 0.6. So, rolling back time and playing it again 40:60, QM outside the mind, maybe someone making decisions with a geiger counter could be the randomness source. But with some encouraging, p might climb to 0.7 because they outweigh some negative factors. The fact that you cheered someone on, is of course also just a certain probability, but one which you could shape. * if it is all deterministic chaos and QM is a big lie, then Maxwells daemon could compute it all, but nobody in this universe will every have access to all that data, so it is the same.