Quantum biologists believe that the ingredients of living things have strong electric dipole moments that are highly systemized and synchronized. This is similar to the synchronized movement of a group of flying birds. The collective moments provide an electric dipole field that represents the individual organisms. In this view, the atomic components of living organisms are just building blocks. The blueprint is the field that organizes the atoms into a specific shape and function.   In 1979, Alexander Davydov showed the presence of wave propagation along the cyto-skeleton protein chains of living cells. These waves mimic electromagnetic waves because they don’t lose energy due to thermalization. They are called Davydov solitons. We can therefore speculate that we as humans also follow a synchronized wave function. The resulting field is the origin of self. This can explain how emotions are so overwhelming and spread all over the body.¹²  If we are a wave, can we further assume that we are also traveling to singularity back and forth many times per second? If that is the case, then we enter a realm where we all unite. This may be the origin of oneness with other living and non-living things that we sense.

 

This may also be the source of passionate feelings that we have for humanity and other beings.

Our livelihood comes from our turbulence
We are like waves, absent when at rest

—Rahi Moayeri, Iranian poet 

Substantial Motion

 

Mulla Sadra (1571–1640) sixteenth-century Iranian philosopher and perhaps the single most important and influential philosopher in the Muslim world, proposed a similar idea, substantial motion (al-haraka al-jawhariyya): “Substance only changes suddenly, from one instant to another, in generation and corruption.”
 
This is in line with Complex Number Assumption C1, which postulates that matter appears and disappears periodically. It is also in line with Assumption WP2 in this chapter, which suggests that object joins the singularity and appears again in space-time in each Compton wavelength.

 

Summary

 

Here I am suggesting a hidden variable theory that is non-local and therefore satisfies Bell’s theorem and complies with quantum mechanical predictions. In the wave-particle model described above, particles behave classically around a portion of their wavelength and quantum mechanically in another portion (when quantum potential is large, if you will).

 

 

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12) The concept is well developed by Emilio Del Giudice from National Institute of Nuclear physics, Milan, Italy. The article appeared in Globus, Brain and Being.