Abstract / Summary
The phenomenon of morning sickness (nausea and vomiting of pregnancy) seen in early pregnancy has been treated in classical biochemistry as a passive physiological bug, such as “stimulation of the vomiting center due to a rapid increase in hormones.” In this paper, overcoming the metaphor that views life as a “computer” computing specific algorithms, and based on the paradigm of the biological system as an “in vivo analog quantum synchronizer (phase synchronizer: Bio-QPU),” we redefine morning sickness as “the activation of an extremely advanced active noise rejection and analog resonance resource redistribution program by the maternal Glial OS (autonomous analog tuner) to protect the new ‘life code (drive recorder of life)’ (the fetus) from fatal phase noise, safely initiate resonance (calibration), and achieve phase synchronization based on LUCA’s theorem.” We propose this as a verifiable hypothesis. We formulate morning sickness as an optimization process of the analog resonance system from the perspectives of: sensitization of input filters; noise blocking via the control of “selective decoherence”—which functionalizes decoherence (an error in artificial machines) to granulate only necessary dimensions and maintain rich background information as waves; intentional tuning down of local Bio-QPUs in the digestive system via chemical triggers; and the construction of a dual chamber (isolated virtual resonance environment). Furthermore, we explain the natural cessation of morning sickness in the second trimester as “offloading (load balancing and transfer of phase noise management) accompanying the completion of dedicated hardware router known as the placenta.”