Spectroscopy of consciousness

TGD based quantum measurement theory predicts that each quantum jump involves a localization in zero modes giving rise to ordinary quantum measurement followed by a state preparation by self measurements leading to an unentangled product state. The sequence of quantum jumps defines a statistical ensemble and this suggests strongly a connection between the theory of qualia and thermodynamics. Sensory qualia can be divided to purely geometric ones represented by the average increments of zero modes (quantum measurement) and to non-geometric ones represented by average increments of quantum numbers (state preparation). Emotional qualia can be assigned to the entropic gradients associated with quantum jump sequence. The hypothesis about manysheeted ionic flow equilibrium involving superconducting magnetic flux tubes explains the strange effects of ELF em fields on living matter and the observations challenging the notions of ionic pumps and channels. Together with the padic length scale hypothesis it leads to the notion of spectroscopy of consciousiness explaining the resonance frequencies of EEG and correlating EEG bands and brain structures with the structure of the periodic table.