DEUTSCHE AKADEMIE DER WISSENSCHAFTEN UND KÜNSTE
DEUTSCHE AKADEMIE DER WISSENSCHAFTEN UND KÜNSTE
SCIENTIFICALLY INTRODUCING UNIVERSALITY TO ACADEMIC LIFE
   Faculties:   Music & Musicology · Philosophy · Medical Sciences · Education · Pythagoras · Consciousness · Humanities · Natural Science · The Dragon · The Veda · Culture · Opera & Arts
. . .Deutsche Übersetzung in Arbeit



Home

Site Map

Grundgesetz der Akademie

The Cosmic
Education Program

Introduction

Peter Hübner
Developer of the University

 

Faculty of
MEDICAL SCIENCES

Leading Thoughts

Logical Path - Theory

Logical Path -Practice

CURRICULUM

Theoretical Fundamentals

Scientific Research

Medical Music
Preparations on CD

CHRONOMEDICINE

Periodic Duration

Pain Sensitivity

Activity Rhythms

Cosmic Rhythms

Three Way Structure

Endogenous Rhythms

Muscular Rhythms

Pain Wave Rhythms

Circulation & Respiration

Puls Breath Frequency

Rhythms in Sleep

Therapeutic Changes

Inhalation & Heart Period

Mother & Child

Heart & Arterial Oscillation

Phase Coordination

Walk & Heart Rhythm

Breathing & Heart Rhythm

Autonomic Rhythm

Hierarchy of Rhythms

Spontaneous Rhythms

Muscular Blood
Circulation

Healing & Resistance

Spontaneous Rhythms

Conclusion

Literature

 

 

Astronomy of Mind EQ x IQ

Hall of Harmony

International Experts

Educational Program
Health

Scientific Research

International Media

International Congresses

Membership

Application to the Academy

 

 






Prof. Dr. med. Gunther Hildebrandt  • Chronobiological Aspects of Music Physiology



The illustrations so far have primarily referred to the so-called spontaneous-rhythmic processes in humans which are therefore constantly taking place. Even when a person is resting or sleeping, they emerge with particular intensity in their regulating principles. Furthermore, the organism also has the ability to form further rhythmic-periodical proc­esses, and that is preferably at the time when it is in demand and under pressure. This means that the reactions of the organism also take place in a rhythmic-periodic structure. These time structures are called reactive periods.

In the spectrum of the wavelengths these reactive periods are each between the spon­ta­ne­ous rhythms (illustration 22). Their size and complexity also increase with the wave­length, and, based on simple relaxation processes, increasingly take on the feature of comprehensive adaptation processes, whereby the body adjusts new functional bal­ances. This also includes the self-healing reactions of the organism.

The periodic duration of the reactive periods admittedly deviates from the spontaneous rhythms, but, as a rule, relate to the neighboring spontaneous rhythms in a simple whole numbered-harmonic way. The reacting organism then has new harmonies ready whereby the overall context of temporal structures can be maintained. The reactive periods are triggered by the interventions putting on strain, and disappear again, when the functional balances have been re-established, the disturbances compensated.





Illustration 22

The inclusion of the reactive periods in the hierarchical order of the spontaneous rhythms of humans and their functional importance.

(According to HILDEBRANDT 1977)