When the object is an intelligent living organism it can imagine alternate futures, evaluate their likely outcomes, and choose which one to actualize. So, you're perfectly correct to say that "a future of alternatives comes out of the object".Syamsu wrote: ↑April 26th, 2020, 6:00 am To accept free will as physics, requires to explain objects as consisting of the laws of nature. Then as being laws unto themselves, objects exhibit freedom.
So basically you would describe an object with mathematics, and then construe objects as computing their own next state by the laws which they consist of.
Construed this way, a future of alternatives comes out of the object, which future the object anticipates. So the object does not have a model of what alternative futures may be available, it only has the actual alternative futures available. So for instance an object may have the alternative futures available of velocity 2 and 3, at time now + 1.
There are three distinct classes of causal mechanisms: physical, biological, and rational. All three run upon a physical infrastructure, of course, but physics by itself lacks the ability to explain the behavior of living organisms, much less intelligent species. That's why we have the Life sciences and the Social sciences to fill the explanatory gap.
Inanimate objects behave passively in response to physical forces. A bowling ball placed on a slope will always roll downhill.
Living organisms have biological drives to survive, thrive, and reproduce so they exhibit purposeful behavior. Place a squirrel on the same slope and he will go up, down, or any other direction that he expects will lead to the next acorn. His behavior is controlled by his need for food, more than by the effects of gravity.
Intelligent species have an evolved neurology enabling imagination, evaluation, and choosing. This is where free will appears.