Introduction

The problem of time and the TGD counterpart of F= ma

From the problem of time in general relativity to the TGD counterpart of F= ma as a general view of particle reactions

1. The 3 problems related to the notion of time

2. What does F= ma mean in TGD?

3. Geometric and fermionic counterparts of F= ma in TGD

4. How to translate F=ma to a view about the transfer of isometry charges between initial and final state particles?

5. The description of the scattering in space-time degrees of freedom

6. The description of the scattering in fermionic degrees of freedom

7. Possible implications for the TGD inspired theory of consciousness

TGD view of standard model physics and hadron physics in particular

1. How could the transitions between hadronic and quark phases occur in the TGD framework?

2. A more detailed vision stimulated by the analysis of LLM session

3. Unitarity constraint  and the construction of S-matrix in the TGD framework

4. A brief summary of the TGD based view of standard model interactions

Could standard model have anomalies after all?

1. The general TGD based view of standard model interactions

2. TGD inspired guess for the list of deviations