This document proposes using electronic music composition to develop a new cosmological model of consciousness. It discusses modeling consciousness as a compositional workspace using concepts from quantum physics, wave mechanics, and neuroscience. The document outlines an operational method for composing "life music" by designing sonic topological spaces that represent mental and physical phenomena like proteins, cells, and the galactic field. The goal is to extend models of consciousness into new acoustic and conceptual territories.

1. “I think identifying with a sound is
meditation.”
“A musical meditation is when you
completely become the sound.”
Conversations with the composer by Johnathan Cott, Simon and Shuster 1971 p.34

2. Creating Sonic Topologies with Electronic Music to develop a new Cosmological Model of
Consciousness
Prepared for: RE:SOUND 2019 – Sound, Media and Art Theories, Histories, Practices – Aalborg University,
Aalborg, Denmark Aug 20-23
by
Willard G. Van De Bogart

3. 1971
2019
Musicality in the sphere
of thought AlbertEinstein
A comment made in reference to the
work of Neils Bohr
Historical timeline - Neuroacoustic architecture
Creating new aural
spatialities within the
conscious field to develop
a new cosmology within
a sonic landscape.
Dedicated to Neils Bohr

4. Compositional choices in a topological mental space Subjective mode: Neuro acoustical settings on synthesizers
Man machine interface

5. A linguistic approach to sound and meta acoustics
7 second comprehension
The quantum effect on the molecule
Integrating the instrument with the human
The modulating influences of cosmic forces
The movement of our thoughts – spatiality
Wave dynamics translated into sound
Projected future sounds – acausal sonics
The memory of a cell
Ideas as sound – phonemic interpolations

6. “Quantum aesthetics entails the
creation of both and art and a
literature based on the most
revolutionary findings within
quantum physics and the psychology
developed after it.”
Maria Caro and Andrés Monteagudo
The World of Quantum Culture
Art Science

7. Part I: Models of cosmology (The Paradigm)
The Alfven model of the galactic system, as a system of
self-twisting Birkeland currents, had established a revolutionary
platform for perceiving a galaxy in terms of an electrodynamic
galactic system that accords not only with known physical
principles, but also accords to the present day with the observed
motions of stars in the real galaxy.

8. Sonic Topologies – A new Cosmological model of consciousness
Consciousness as a fundamental element of the universe Proteins in space
Creation of life Quantum wave mechanics

9. Hans Geesink and Dirk Meiger
Topological landscapes

10. Conceptual model of consciousness as a compositional workspace
Hans Geesink and Dirk Meiger

11. Hans Geesink and Dirk Mieger
Louis de Broglie

12. Modeling your consciousness for electronic music composition – Life Algorithm
Quantum Wave Information of
Life Revealed: An
Algorithm for Electromagnetic
Frequencies that
Create Stability of Biological
Order, withImplications for
Brain Function
and Consciousness
Journal of NeuroQuantology | March 2016 | Volume 14 | Issue 1 | Page 106-125 |

13. Operational terms for composing life
music.
1. Conceptualize and create a form.
2. Impose an action within the form.
3. Prepare a thought form.
4. Design a mental acoustic space.
5. Develop a sonic space.
6. Create within that sonic space.
7. Create dynamic interactions.
8. Selection of conceptual ingredients
of world view adaptations.
Part II: Methodology of sound construction
Operational quantum matrix
wave-like properties of particles in
a field – Schrodinger equation

14. Analogy of protein structure to musical structures – Markus Buehler

15. Quantum wave mechanics
Zhao Qin – Markus Buehler Protein synthesizer
Joel Sterneimer, a French theoretical
physicist working on the theory of matter
waves. This theory states that matter is
composed of waves, not particles. Based
on this principle, Dr. Sterneimer concluded the
following:
1. waves oscillate
2. if there is oscillation, there is sound
3. if there is sound, then it can be captured
Protein synthesizer
Quantum wave mechanics
Protein
Folding
options

17. Visualizing wave dynamics in space

18. Amino acid synthesizer by Zhao Qin and Markus Buehler
MIT scientists have converted the molecular structures of proteins
into audible sound that resembles musical passages. Reversing the
process means they can introduce variations and convert the music
back into new proteins.
AI and the human

19. Sonic topological memory spaces
Erv Wilson’s Micro tonal scales"Visual Harmony: Contemporary Tuning graphics"
Audio kit Synth One

20. Making sonic topologies with electronic synthesizers - AniMoog
Designing folding patterns using
the AniMoog wavetable

21. Making sonic topologies with a protein synthesizer + Waldorf NAVE synthesizer

22. Extending the topological vector space into star fields with Synthscaper synthesizer
Quasar
Pulsar
Comet

23. Extending the topological vector space into the galactic field
Research by Anirban Bandyopadhaya - Microtubules 2014
Micro
Macro
Human
Stuart Hameroff

24. TH
ORNG
SH
OW
CH
Neuroacoustic architecture - Language communicates using many frequency types
Topological space
using 44 phonemes
from the English
language
20 Amino Acids Wilson Micro tonal scale

25. Creation of a neuroacoustic architectural cycle
Thought Synthesizer Space Sound
Idea Instrument Direction Tone Voice
Phoneme

26. The xenosphere of our existence
We are at the threshold of discovering ourselves