Difference between revisions of "Conclusions on the status quo in the logic of medical language regarding the masticatory system"

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'''<math>\psi(t)=\sqrt 0.5|1\rangle |healthy \rangle + \sqrt 0.5|0\rangle |diseased  \rangle</math>'''
'''<math>\psi(t)=\sqrt 0.5|1\rangle |healthy \rangle + \sqrt 0.5|0\rangle |diseased  \rangle</math>'''


In this way, two other limits of laboratory diagnostics measuments are deduced: that of  
In this way, two other limits of laboratory diagnostics measuments are deduced: that of <math>K_{brain}</math>
 
analogous values to the Heisenberg uncertainty principle, suggesting a common underlying architecture of human brain activity in resting and task conditions ([[[[vedi capitolo|14]]]]) and [[classical probability vs quantum probability]] which substantially cast indecision on the interpretation of clinical and diagnostic phenomena.  
 
[[[http://Exploring_electroencephalography_with_a_model_inspired_by_quantum_mechanicsquantum_mechanics Exploring_electroencephalography_with_a_model_inspired_by_quantum_mechanicsquantum_mechanics]|Exploring electroencephalography with a model inspired by quantum mechanics]]
 
 
we found analogous values to the Heisenberg uncertainty principle, suggesting a common underlying architecture of human brain activity in resting and task conditions. This underlying architecture manifests itself in the novel constant <math>K_{brain}</math>, which is extracted from the brain state with the least uncertainty. We would like to state that we are using the mathematics of quantum mechanics, but not claiming that the brain behaves as a quantum object
 
 
 
 
and [[classical probability vs quantum probability]] which substantially cast indecision on the interpretation of clinical and diagnostic phenomena.  


===A practical example ===
===A practical example ===
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