1. Introduction

    1. General model for qualia and sensory receptor

    2. Some implications of the model of cell membrane as sensory receptor

    3. Model for hearing

  2. TGD based model for qualia and sensory receptors

    1. A general model of qualia and sensory receptor

    2. Detailed model for the qualia

    3. Overall view about qualia

    4. About detailed identification of the qualia

  3. Quantum model for hearing

    1. Basic facts about hearing and their interpretation in TGD framework

    2. How pitch is represented?

    3. The mystery of the fast transmitter

  4. Music and consciousness

    1. Some aspects of music experience

    2. Zero energy ontology, hierarchy of Planck constants, and number theoretic physics

    3. Why octaves are experienced similarly?

    4. Does harmonic complexity reduce to 3-adicity?

    5. The notion of self and music

    6. Harmony and self-organization

    7. Absolute ear

  5. Pythagoras, music, sacred geometry, and genetic code

    1. Could Pythagoras have something to give for the modern musicology?

    2. Connection with the genetic code

    3. Other ideas

    4. Does DNA understand speech or should you sing to it?

  6. Geometric theory of harmony

    1. Harmonies and icosahedral Hamiltonian cycles

    2. Why quints are near to each other harmonically?

    3. What could be the rules for building a harmony?

    4. Could harmonic principles be realized in biology?

    5. Could biology help in the understanding of musical harmony

    6. Brief summary of the results

    7. Tables listing basic 3-chords for the icosahedral harmonies with symmetries

    8. Illustrations of icosahedral Hamiltonian cycles with symmetries

  7. What could be the physical origin of Pythagorean scale?

    1. Condensed matter realization of 12-note scale in terms of oscillations of square plate

    2. Why 12-note scale?

    3. How to realize 12-note scale at fundamental level universally?

    4. Could Chladni mechanism allow to realize morphogenesis?

  8. Bio-catalysis, morphogenesis by generalized Chladni mechanism, and bio-harmonies

    1. Catalysis and morphogenesis

    2. The notion of bio-harmony and morphogenesis as music

    3. About Chladni mechanism, bio-harmonies, and genetic code for morphology

  9. Logic, fermions, and language

    1. The state basis of fermionic Fock space as Boolean algebra

    2. Boolean algebra as Boolean QFT

    3. Fermions, zero energy ontology, and Boolean cognition

    4. Negentropic entanglement, fuzzy logic, quantum groups, and Jones inclusions

    5. Cognitive codes and fermions