Quantum Mind-Evoked Potential Link
Pp. 184-208 (25)
Background and purpose: This work explains the link between Quantum Mind and the
networks of oscillators in the brain. Through Primary Waveforms neural networks and
brain component processes are linked to the mind and the behavioral integral processes.
Material and methods: Generation of Evoked Potentials through interaction of flocks
of Primary Oscillators is explained. Computer simulated flock’s responses are matched
with experimental EP records, N400, triggered by verbal stimuli.
Results: Primary Waveforms have been recognized and extracted from EP records.
Each Primary Waveform is directly related to the flock of Primary Oscillators in neural
structure. EP record is related to a bundle of mental sequences, composed of overlapped
Primary Waveforms. Critical parameter in Primary Waveforms is the amplitude of
Sensation Elements. Dominant, quantum amplitudes lead to the clustering of Primary
Conclusions: Mental process is generated by the dynamics of flocks of agents or
oscillators in neural structure and regulated by the BRAMA fractal protocol.
Experimental data as well as the computer model point to the nested levels in the
BRAMA. Each level is composed of about 7 nested waves. The resulting EP is not just
a filtered sum of the activity of a large set of individual agents or oscillators. Instead the
self-organization of agents space leads to dominant modes, binding the underlying
oscillators. These dominant modes produce the dominant components, Primary
Waveforms. Although Primary Waveforms are overlapped, it is possible to recognize
them, in human and in rodent EP record.
Applications: New research and clinical methods, based on mind-brain links, through
Primary Waveforms. Mind-body cross data banks and related drug testing. Direct mindcomputer
interfaces; mind reading machines; thinking machines.
Mind, quantum mind, brain, mind-brain link, BRAMA protocol,
evoked potential, neuron diagnoses, quantum mind theory, mind-computer
interface, mind reading machines, primary oscillator, primary waveform,
IRIS, Integrated Reasoning Informing and Serving Italy