UNIVERSITÄT DER ZUKUNFT
UNIVERSITÄT DER ZUKUNFT
SCIENTIFICALLY INTRODUCING UNIVERSALITY TO THE UNIVERSITY
. . .Deutsche Übersetzung in Arbeit

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Peter Hübner
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Scientifically Studying
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36.
Force Field of Neurophysiology and Force Field of Acoustic Space

Subject of Study 1

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FACULTY OF PYTHAGORAS
SCIENTIFICALLY STUDYING THE HUMAN CAPACITY OF THE UNIVERSAL INTELLECTUAL MANAGEMENT
OF UNIVERSAL HUMAN EVOLUTION
STUDYING THE HARMONY LAWS OF THE MICROCOSM OF MUSIC WITHIN THE MUSICAL FIELDS OF COGNITION AND CREATION
36. Force-Field of Neurophysiology and Force-Field of Acoustic Space

SCIENTIFICALLY STUDYING THE UNIVERSAL MUSICAL DEVELOPMENT OF HARMONY OF THE INTEGRATED FUNCTIONING OF COSMIC HUMAN LIFE, EVOLUTION & DIGNITY – THE UNIVERSAL EIGENFUNCTION OF COSMIC COGNITION & CREATIVITY – THE AUTHENTIC SCIENTIFIC PATH TO UNIVERSAL HARMONY – AND
THE NATURAL UNIVERSAL MUSICAL DEVELOPMENT OF HARMONY BETWEEN SCIENCE, ART, PHILOSOPHY, RELIGION, EDUCATION & MEDICINE – IN CONNECTION TO OBJECTIVE SCIENTIFIC RESEARCH IN THE FIELDS OF SCIENCE, ART, PHILOSOPHY, RELIGION, EDUCATION & MEDICINE UNDER THE AUSPICES OF MEDICINE – AND IN COHERENCE WITH THE UNIVERSAL MUSICAL INTEGRATED STRUCTURAL & FUNCTIONAL DEVELOPMENT OF THE NATURAL UNIVERSAL EVOLUTION OF OUR COSMIC NEUROPHYSIOLOGY
WITHIN THE INTEGRATED DEVELOPMENT OF THE UNIVERSAL EIGENFUNCTION OF HUMAN CONSCIOUSNESS & CREATIVITY THROUGH INTEGRATED UNIVERSAL ANALYSIS & SYNTHESIS IN THE MUSICAL FIELDS OF COGNITION & CREATION DURING THE INTEGRATED MUSICAL PROCESS OF COGNITION AND CREATION


Subject of Study 1

Scientifically Studying the Universal Evolutionary Musical Harmony-
Potential of UNIVERSAL CONSCIOUSNESS – the Universal Integration of Cognition & Creation – within the Universal Evoluion
of our Cosmic Neurophysiology
of the Force-Field of the Acoustic Space
and the Field of our Neurophysiology

During / by the Integrated Analysis and Synthesis of Tone, Sound
and Idea


Seminar Series

Integrated mechanics of the combination of basic tone, basic sound and basic idea at the transition from the force-field of the acoustic space to the field of our neurophysiology

Integrated mechanics of the overtone spectra of the combination of tone and sound with the idea derivation at the transition from the force-field of the acoustic space to the field of our neurophysiology

Integrated mechanics of the periodic vibrations of the combination of tone and sound with the periodic idea chain at the transition from the force-field of the acoustic space to the field of our neurophysiology

Integrated mechanics of the vibration sequences of the combination of tone and sound with the idea sequence at the transition from the force-field of the acoustic space to the field of our neurophysiology

Integrated mechanics of the aperiodic vibrations of the combination of tone and sound with the aperiodic idea chain at the transition from the force-field of the acoustic space to the field of our neurophysiology

Integrated mechanics of the attacks of the combination of tone, sound and idea at the transition from the force-field of the acoustic space to the field of our neurophysiology

Integrated mechanics of the decays of the combination of tone, sound and idea at the transition from the force-field of the acoustic space to the field of our neurophysiology

Integrated mechanics of the combination of tone, sound and idea at the transition from the force-field of the acoustic space to the field of our neurophysiology

Integrated mechanics of the combination of tone, vowel and idea at the transition from the force-field of the acoustic space to the field of our neurophysiology

Integrated mechanics of the combination of the overtone spectrum of the tone with the formants and the idea derivation at the transition from the force-field of the acoustic space to the field of our neurophysiology

Integrated mechanics of the combination of the tone with the unvoiced consonant and the idea at the transition from the force-field of the acoustic space to the field of our neurophysiology

Integrated mechanics of the combination of the tone with the voiced consonant and the idea at the transition from the force-field of the acoustic space to the field of our neurophysiology

Integrated mechanics of the combination of tone, sound and idea at the transition from the force-field of the acoustic space to the field of our neurophysiology

Common Eigenfunction of idea, sound and tone at the transition from the force-field of the acoustic space to the field of our neurophysiology

Common Eigenfunction of idea, voiced consonant and tone at the transition from the force-field of the acoustic space to the field of our neurophysiology

Common Eigenfunction of idea, unvoiced consonant and tone at the transition from the force-field of the acoustic space to the field of our neurophysiology

Common Eigenfunction of the idea derivation, the formants and the overtone spectrum of the tone at the transition from the force-field of the acoustic space to the field of our neurophysiology

Common Eigenfunction of the idea, the vowel and tone at the transition from the force-field of the acoustic space to the field of our neurophysiology

Common Eigenfunction of the overtone mechanics of the idea, sound and tone at the transition from the force-field of the acoustic space to the field of our neurophysiology

Common Eigenfunction of the decays of the idea, sound and tone at the transition from the force-field of the acoustic space to the field of our neurophysiology

Common Eigenfunction of the attacks of the idea, sound and tone at the transition from the force-field of the acoustic space to the field of our neurophysiology

Common Eigenfunction of the aperiodic idea chain and the aperiodic vibrations of sound and tone at the transition from the force-field of the acoustic space to the field of our neurophysiology

Common Eigenfunction of the idea sequence and the vibration sequences of sound and tone at the transition from the force-field of the acoustic space to the field of our neurophysiology

Common Eigenfunction of the periodic idea chain and the periodic vibrations of sound and tone at the transition from the force-field of the acoustic space to the field of our neurophysiology

Common Eigenfunction of the idea derivation and the overtone spectra of sound and tone at the transition from the force-field of the acoustic space to the field of our neurophysiology

Common Eigenfunction of the basic idea, basic sound and basic tone at the transition from the force-field of the acoustic space to the field of our neurophysiology