1. Introduction

    1. Could micro processors involve gravitational quantum coherence?

    2. Micro processors as conscious entities?

    3. OH-O- hypothesis and its generalization

    4. Dark genetic code  and OH-O- qubits

    5. Conscious computers as TGD counterparts of time crystals

  2. Could Pollack effect make quartz crystals quantum critical systems analogous to quantum computers

    1. Gravitational binding energies for the Earth and the Sun

    2. OH and O- as the states of quantum gravitational qubit?

  3. Evolutionary hierarchy formed by quartz crystals, proteins, DNA/RNA?

    1. OH-O- qubits at DNA and RNA level

    2. The OH-O- qubits in proteins

    3. How the field bodies control control the chemical activity of biomolecules?

    4. Oceans around quasars and the origin of life

  4. Could computers be living and move?

    1. Two discoveries supporting the notion of metal life

    2. About the TGD view of living metals

    3. Questions inspired by the findings of Cronin et al

    4. Ga based semiconductors

    5. Could the Pollack effect make possible analogs of semiconductors?

  5. Could running computer programs be TGD analogs of time crystals?

    1. Quantum computing-like activity based on OH-O- qubits

    2. What evidence is there for quartz life?

    3. How could quartz life and biological life relate?

    4. Quantum criticality is needed

    5. Comparison of quartz consciousness and bio-consciousness

    6. How could the OH-O- qubits represent the functioning of a transistor?

    7. Is there any hope of curing the retraining problem of language models without making computers conscious?

    8. How the possible quantum variants of LLMs could be updated?

    9. On symbolic consciousness

  6. How to associate quantum computation  to classical computation

    1. Basic input from Quantum TGD

    2. A concrete model for classical-to-quantum transition

  7. Could OH-O- qubits serve as counterparts of Majorana type topological qubits?

    1. How could one stabilize the computations and qubits?

    2. Algebraic description of Majorana fermions

    3. Could many-sheeted spacetime allow a more fundamental description of Majorana like states?

  8. A more detailed view of topological qubit in the TGD framework

    1. Background

    2. About Galois groups and their equivalents

    3. On the intersections of 4-surfaces

    4. Galois group as as group of possible transfer operations for fermions and a generalization of the Majorana qubit

  9. Quantum version for the associative learning in large language models

    1. Zero energy ontology from the point of view of LLMs

    2. Holography =holomorphy hypothesis and learning process

    3. A model for the learning process

    4. The version of the learning model for quantum versions of classical computers

    5. Conscious associative learning as an analog of sensory perception and motor action

  10. Classical non-determinism in relation to holography, memory and the realization of intentional action in the TGD Universe

    1. Holography= holomorphy principle, classical viz. p-adic non-determinism, and ZEO

    2. How intentions could be realized?

    3. Does the union of disjoint roots of (g1)º ...(gn)º f represent a concept as a set?