1. Introduction

    1. What does the attribute "Geometro-" mean?

    2. What does the attribute "Topological" mean?

  2. Physics as geometry

    1. Space-time as 4-surface in H=M^4\times CP_2

    2. World of classical worlds (WCW)

    3. About Dirac equation in TGD framework

    4. Different ways to understand the "complete integrability" of TGD

    5. Surfaceology, twistors, and TGD

  3. Physics as number theory

    1. p-Adic physics and its problems

    2. Adelic physics

    3. Adelic physics and quantum measurement theory

    4. The tension between the holography = holomorphy vision and number-theoretic vision

    5. Do   local Galois group and ramified primes make sense as general coordinate invariant notions?

    6. How do the p-adic mass- and energy scales emerge?

    7. Hp-Adicization, assuming holography = holomorphy principle, produces p-adic fractals and holograms

    8. p-Adic primes as ramified primes, effective Planck constant, and evolutionary hierarchy of extensions of rationals

    9. Entanglement paradox and new view about particle identity

  4. Appendix

    1. Comparison of TGD with other theories

    2. Glossary and figures

    3. Figures