(Short Paper23) Quantum Information-Theoretic Formulation of Hyperemesis Gravi darum (Morning Sickness) in the In Vivo QPU Paradigm: Fetal QPU Sandbox Protection and Dedicated Router (Placenta) Construction Process by the Maternal Glial OS

Morning sickness, observed during 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 (e.g., hCG).” Based on the in vivo quantum computer (QPU) theory, this paper redefines morning sickness as “the activation of an extremely advanced security and resource redistribution program by the maternal glial OS to safely boot up a novel, massive QPU cluster (the fetus).” We formulate the physical necessity of morning sickness from an information engineering perspective: noise blocking via input filter sensitization, intentional shutdown of the local QPU in the digestive system, and the construction of a sandbox (isolated virtual execution environment) to achieve immune tolerance. Furthermore, the natural cessation of morning sickness in the second trimester is explained as an “offloading (load distribution) accompanying the completion of a dedicated hardware router called the placenta.”