Introduction

1. Some background

2. How to generalize twistor amplitudes in the TGD framework?

TGD related considerations and ideas

1. The basic view about ZEO and causal diamonds

2. Galois confinement

3. Dow could p-adicization and hyper-finite factors relate?

4. No loops in TGD

5. Twistor lift of TGD

6. Yangian of supersymplectic algebra

7. M⁸-H duality and twistorialization of scattering amplitudes

Are holomorphic twistor amplitudes for massive particles possible in TGD?

1. Is it possible to have twistor holomorphy for massive scalar and fermions?

2. Scattering amplitudes in a picture based on M⁸-H duality

3. Twistor amplitudes using only mass mass shell M⁸ momenta as internal lines

4. How can one include the WCW degrees of freedom?

5. What about the twistorialization in CP₂ degrees of freedom?

What about unitarity?

1. What do we mean with time evolution?

2. What really occurs in BSFR?

3. Should unitarity be replaced with the Kähler-like geometry of the fermionic state space?

4. Critical questions

5. Western and Eastern ontologies of physics

6. Connection with the notion of Fisher information

7. About the relationship of K\"ahler approach to the standard picture

Some useful objections

1. How the quark momenta in M⁸ and H relate to each other?

2. Can one allow "wrong" correlation between color and electroweak quantum numbers for fundamental quarks?

3. Are M⁸ spinors as octonionic spinors equivalent with H-spinors?

4. Can one allow complex quark masses?

5. Some further comments about the notion of mass

6. Is pair creation really understood in the twistorial picture?

Antipodal duality and TGD

1. Findings of Dixon et al

2. Questions

3. In what sense could electroweak and color interactions be dual?

4. Antipodal duality and TGD: two years later

How could Julia sets and zeta functions relate to Galois confinement?

1. The mass spectrum for an iterate of polynomial and chaos theory

2. A possible generalization of number theoretic approach to analytic functions