STARS 100k Research Planning Grant Awardees

 

 

 

On the Reality of Top-Down Causation

Project Summary

Complex systems such as the human brain are built up out of basic particles such as electrons and protons, which interact with each other through the electromagnetic force. It is this force that determines what happens at the micro-level. How then can there be room -- a causal opening -- for the human mind to operate as a viable entity in its own right, enabling us to think and plan and act, when all the workings of the brain are already determined by micro-level interactions?
A proposal many have made is that there is top-down action in the hierarchy of complexity: just as electrons can act on the brain and influence the mind, so equally the mind can act, through the brain, on the micro-components of the body, in effect telling them what to do (as when you move your arm by activating muscle tissue). But many scientists are skeptical about this, regarding it as unsubstantiated philosophical speculation. The aim of this project, building on previous work by this research team, is to change this proposal from philosophy to science. It will do so by proposing and then carrying out experiments to show that top down action does indeed take place at the level of microbiology, and hence is prevalent in all biology. If these experiments succeed, this will be a fundamental contribution to the understanding of causation in the human body and mind. 

 

 

Auletta
Luc Jaeger
Paolo D'Ambrosio
George F.R. Ellis
William Stoeger, S.J.
Erin Calkins

Gennaro Auletta, Director of the Specialization “Science and Philosophy”, Pontifical Gregorian University

(Co-Principal Investigator)


Luc Jaeger,

Assistant Professor, University of California at Santa Barbara

(Co-Principal Investigator)

Paolo D’Ambrosio,
Doctoral Student, Pontifical Gregorian University

George Ellis,

Emeritus Professor, University of

Cape Town



William Stoeger,
Staff Scientist,
Vatican Observatory,
Associate Professor, University of Arizona


Erin Calkins, Biochemistry
Doctoral Student and STARS Research Assistant,
University of California
at Santa Barbara

 

 

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