But I have always told you which definition I was using.
Nevertheless, there are other definitions and the subject about free will. You might be better of dropping 'could have chosen differently' and try something else. If you could have chosen differently, you would have chosen not to make an error that you realise you made one second after.
I am not saying "can choose differently" because, as you say, it would mean that I can go back in time and choose differently. When I say "... could have chosen differently", the could is in the past tense.
I am not sure I know what you are getting at. From what I am reading, there are multiple choices simultaneously suspended in a superposition when it comes to certain kinds of decisions.
Superposition relates to fundamental particles, not decisions. It's the objects and events of the external macro world that you must respond to and that is shaped by the situation you find yourself in and your past experience with similar situations, pattern recognition enabled by memory function.
That directly opposes their quantum cognition theory. You would have to review their work and point out why it's wrong. Then your review will have to be reviewed.
Please read,
"She used the example of Schrödinger’s cat—the thought experiment in which a cat inside a box has some probability of being alive or dead. Both possibilities have potential in our minds. In that sense, the cat has a potential to become dead or alive at the same time. The effect is called quantum superposition. When we open the box, both possibilities are no longer superimposed, and the cat must be either alive or dead.
With quantum cognition, it’s as if each decision we make is our own unique Schrödinger’s cat." .
Of course it does, that's the whole point of Schrodinger's cat. One very small and simple superposition causes its butterfly effects to be suspended in a superposition too, until the whole thing collapses.
Schrodinger's cat is not meant to be real macro scale cat, but a metaphor for quantum particles. But maybe you can be in all places at once, eh, ryan?
Please watch so we never have to discuss this again,
https://sites.psu.edu/siowfa15/2015/10/22/schrodingers-cat/ . from Penn State's SC200 course
Then you have to write a paper that falsifies the hypothesis that I keep posting.
The hypothesis does not mean what you think it means. You are interpreting what you read in a way that you feel supports your belief about free will.
I can only trust that they are not lying. Please read,
"To be functionally relevant in the brain, the dynamics and quantum entanglement of the
phosphorus nuclear spins must be capable of modulating the excitability and signaling of neurons—
which we take as a working definition of ‘‘quantum cognition’’.".
from
https://www.kitp.ucsb.edu/sites/default/files/users/mpaf/174.pdf
I don't see how what you say here conflicts with anything I say; of course memories are an important part of decision-making.
I've explained the significance of total memory loss: the complete destruction of the ability of the brain to make decisions. This is a failure of dendrites and synapses, neural tangles, not superposition.
Even if it is granted that all decisions exist in superposition, it is still the connections that manifest the decision that is made in the instance it is made, probability wave collapse if you like.
So it is still connectivity and memory function that falsifies your claim for free will.
Yes, the connectivity defines and limits the possible choices. But the choices, if in a superposition, as far as we know, are free to be A, B, ... We could have chosen otherwise.