Introduction
Macrotemporal quantum coherence is suggested by quantum classical correspondence
Macrotemporal quantum coherence from spin glass degeneracy?
Dynamical Planck constant and dark matter hierarchy
Implications of macrotemporal quantum coherence
Background
The notions of
quantum jump and self
Manysheeted
spacetime, topological field quantization, and spin glass
degeneracy
Macrotemporal
coherence from spin glass degeneracy
What quantum
coherence means in TGD Universe?
Spin glass
degeneracy and classical gravitation stabilize irreducible
bound state entanglement
Macrotemporal quantum coherence and dynamical hbar
Quantization of planetary orbits with a gigantic value of Planck constant and dark matter as a macroscopic quantum phase
Criterion for the occurrence of a phase transition changing Planck constant
Hierarchy of Planck constants and physics as a generalized number theory
The interpretation of the phase transition hbar→ λhbar at configuration space level
Large value of Planck constant implies macroscopic and macrotemporal quantum coherence
Are the two explanations for the macrotemporal quantum coherence consistent?
Basic implications
Thermodynamic
aspects
Energetic
aspects
Information
theoretic aspects
Macrotemporal
quantum coherence, consciousness, and biology
Macrotemporal
quantum coherence and states of 'oneness'
Macrotemporal
quantum coherence and biology
Macrotemporal
quantum coherence and long term memory
Cooperation and
competition as different aspects of quantum consciousness
Breaking of
superconductivity, metabolism, and homeostasis
Combining
macrotemporal quantum coherence and dissipation
Healing by time reversal
