Hierarchic Model of Consciousness: From Molecular Bose Condensation to Synaptic Reorganization

The History, Landscapes, Metaphors and Ghosts Around the Concept of Specificity

“…A well-known example of molecular memory associated with the organization processes of quantum particles and with subtle fields of energy is the memory of water [105,132,139,142,148]. This memory of water has been observed in studies which show that the activity of some molecules, like those of medicines and antibodies (active principles), is retained by the molecule of water [86,87,139,142].…”

“…In this sense, "specific" discernment or recognition is a relational problem between a pair of molecules that recognize each other and the environment that determines them (structure, valency) [23,102], in a given context and moment [83,[102][103][104][105], and that changes from moment to moment, that is, they are dependent on the spatial-temporal circumstances in which they originate [19,24,101]. From this dialogic, it becomes much easier to see how the immune system recognizes itself through its antibodies, and how it recognizes and communicates with the environment [19].…”

“…Consequently, it is not only the molecules and atoms present that perturb specificity, but also the electromagnetic vibrations or spectra that flow through and are preserved in the water [77]. This is supposed to happen because water favors the exchange of electrons with the active principle in solution, sometimes through the generation of hydrogen bonds that create certain vibration states in the water molecules [105,139,142,148]. On account of these vibrational states, it is proposed that water is able to store, to transmit and consequently to mimic the biological activity of other molecules [139,142].…”

“…It has been observed that molecular actualization, communication and computation through the quantum biofield are aided and potentiated by water, thanks to its many intrinsic attributes [105,[149][150][151]. For example, the structure and organizational properties of water allow this molecule to transmit, through its network of hydrogen bonds, electrons "belonging" to the macromolecules dissolved in it.…”

“…For example, the structure and organizational properties of water allow this molecule to transmit, through its network of hydrogen bonds, electrons "belonging" to the macromolecules dissolved in it. Because of this, water becomes a participative environment in regard to the electrical changes in other biomolecules, influencing their conformation and facilitating electronic tunneling processes in the organism as a whole [105,[149][150][151].…”