FORMAL INVERSION THEORY OF BRAIN AND MIND (2)

An alternative, narrative (early posts first) blog by the author, outlining the theory and its implied reinterpretations of knowledge (in subjects such as philosophy, logic, mathematics and the arts and sciences) as products of our seemingly mistaken human attempts to derive single truths from thinking equipment that appears necessarily (anatomically) double and circular, the double cycles being mutually inverted. Click post diagrams to enlarge them.

Wednesday, 3 June 2009

1. Preface.

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Blogs normally have their newest posts first, in order to be up-to-date. The original blog on the theory is arranged in this way and can be ...

2. Introducing the theory.

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The central concept of the formal inversion theory may be stated very simply. The theory suggests that there is an apparent structural simil...
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3. Obligatory features of basic forms.

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The apparently obligatory features of the basic brain forms are their duality (since there are both left and right cycles), their circular...

4. Introductory concepts: brain forms - A.

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GENERAL EVOLUTIONARY HOMOLOGY ---- BRAIN/MIND EVOLUTIONARY HOMOLOGY Homology. The general idea is shown on the left. An item of content i...

5. Introductory concepts: brain forms - B.

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HUMAN MOLECULAR TIMESCALE ------------- FORMAL INVERSION EXAMPLES Human molecular timescale . As shown on the left, our forebears are though...

6. Molecular formal inversion - A.

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DNA. As soon as DNA was established as the Thread of Life, a formal inversion principle was firmly in place. The two strands of the sugar-p...

7. Molecular formal inversion - B.

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Viruses. In the virus called phage Mu, in addition to the Fundamental Formal Inversion , there are also further DNA inversions that provide...
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Graham Rabey
The author is a UK-based clinical morphologist with a medical degree, a PhD in anatomy and a long-term research involvement in body-brain-mind philosophy. The research has been based on cross-fertilisation between specific form problems (craniofacial anomalies) and core general form problems (brain-mind matching). The work has resulted in the discipline called morphanalysis for dealing with specific form problems and the formal inversion theory for dealing with general form problems.
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