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| Free Will | |
| Συγγραφέας: Henry P. Stapp Henry P. Stapp: Free Will (pdf, 12 pages)   A  criterion  for  the  existence  of  human  free  will  is  specified:  a  human action  is  asserted  to  be  a  manifestations  of  human  free-will  if  this  action  is  a  specific physical action that is experienced as being consciously chosen and willed to occur by a human  agent,  and  is  not  determined  within  physical  theory  either  in  terms  of  the physically described aspects of nature or by any non-human agency. This criterion is tied to the structure of a physical theory. It is noted that the orthodox quantum mechanics that flows  from  John  von  Neumann’s  analysis  of  the  process  of  measurement  in  quantum theory is described in terms of three processes that are effectively based on a three-level conception of reality. Von Neumann’s “Process 2” is the deterministic evolution, via the Schroedinger equation, of a physically described aspect of reality, the quantum state. His “Process 1” is the physically described aspect of a psychophysical probing action whose psychologically  described  aspect  is  an  increment  in  the  knowledge  of  a  probing agent/observer.  Process  3,  in  Dirac’s  words,  is  “a  choice  on  the  part  of  nature”  of  the response to such a probing action. It is argued here that all three levels of this quantum structure,  the  physically  described  quantum  state,  the  probing  knowledge-acquiring agents, and the response-choosing nature, are all best conceived as idea-like in character. Quantum mechanics, though puzzling when viewed from the inappropriate perspective of the  mechanistic  classical  physics,  becomes  rationally  coherent  when  the  underlying reality is conceived to be not a physically described classical monism, but rather an ideabased quantum triality.  This idea-based conception of reality  evades the  pitfalls of nonphysics-based  idealism  by  being  erected  directly  upon  the  basic  concepts  of  pragmatic empirically validated quantum mechanics. However, the dynamical structure of quantum theory  contains  certain  causal  gaps... | |
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