1. Introduction

    1. Platonization of atomic and nuclear physics

    2. A new view of nuclear physics

    3. Nucleus-atom holography

    4. Recipe for hadrons

  2. Platonic solids and nuclear string model

    1. Nuclear string model

    2. Platonic tessellations with Hamilton cycles as a geometrization of nuclear shell model

    3. The analogy between nuclear shell model and model of atoms as a guideline

  3. Comparing the standard picture of nuclei to TGD picture

    1. Some questions

    2. Trying to realize the standard nuclear physics view in TGD framework

    3. An improved TGD view

    4. Why  nuclei have  a neutron surplus and neutron halos?

    5. Three objections against Platonization

  4. Possible generalization of the view of nuclear strong interactions

    1. Is there a duality between descriptions of strong interactions as dark weak interactions and color interactions?

    2. Tritium beta decay anomaly

    3. A model for generalized atoms involving both electrons and neutrinos

    4. What Platonic vision allows to say about nuclear dynamics?

    5. Could the notions of Platonization and tensegrity make sense in atomic physics?

    6. Could the predicted new atomic physics kill the proposal?

  5. A new view of hadrons inspired by the nuclear physics model

    1. Masses of mesons

    2. Masses of proton, neutron and Λ

  6. Summary and outlook