• Introduction

    1. Features

    2. Synchronization

    3. Stochastic resonance

    4. Temporal codings

    5. Scaling law

  • EEG, MEG, nerve pulse and mini-potentials

    1. EEG

    2. MEG

    3. Nerve pulse

    4. Miniature postsynaptic potentials

  • Features and synchronization

    1. Features

    2. Synchronization

  • Stochastic resonance and brain

    1. Stochastic resonance

    2. Basic model for stochastic resonance

    3. Stochastic resonance and neuronal systems

    4. How neuronal stochastic resonance could be realized at quantum level?

  • Temporal codings

    1. General view

    2. As if time really mattered

    3. Rate coding contra temporal coding

    4. Spectroscopy of consciousness favors spike-statistics coding

    5. Objections against temporal coding can be circumvented in TGD framework

    6. Spike-interval coding

    7. Latency-place representations

    8. Why ELF MEs are scanning the cortex?

    9. p-Adic transition frequencies and EEG

    10. Do brain areas correspond to particular EEG resonance frequencies?

  • Consciousness as a phenomenon in the operational architectonics of brain organization: Critality and self-organization considerations

    1. The model for operational architecture of brain (OA)

    2. About the notion of criticality in TGD framework