I don't know about anyone else but I am familiar with it. I believe relatively recent understanding of chaos theory and QM have basically rendered that line of reasoning moot.
Chaos theory is still deterministic.
As for QM, how does injecting a certain amount of randomness result in free will?
Let's try a super-simple thought experiment. Indulge me, and let me know if the scenario needs tweaking. I hope to create a simple simple microcosm that has some randomness in it, and an entity whose free-will is to be determined.
A mechanical "brain" is in a room that contains only dice, no other distinguishing features. The brain itself is made up of dice that can be set, and they serve as memory registers and store actions. so, tghe brains; entire universe is made of components that have an elements of randomness.
The dice are rolled, and the brain's own dice are set in a certain configuration, based on the dice it sees in the room. It takes an action.
Its memory registers are now reset to the pattern before the dice roll. It has no memory of its previous action.
The dice are rolled again, and (in an astonishing coincidence) they come up exactly the same. The brain's own dice are exactly as before, and the environment is exactly as before.
How does the brain not take the identical action?
Even if, through randomness, a different action is performed - how is that freedom of will? The brain didn't make a choice, it was the dice that fell differently.
No matter how many more sides these dice have, you don't get the creation of freedom of will.