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(Short Paper16) Super-Intercellular Synchronization and High Light Adaptation in 4-Cell Green Alga Tetrabaena: A Spatially Extended Quantum Computing Model via a 4-QPU Array

Tetrabaena socialis, a four-celled colonial green alga arranged in a planar square, exhibits hydrodynamically synchronized swimming despite each cell possessing autonomous flagella. Furthermore, unlike related species that execute phototactic avoidance migrations under intense li...

(Short Paper16) Super-Intercellular Synchronization and High Light Adaptation in 4-Cell Green Alga Tetrabaena: A Spatially Extended Quantum Computing Model via a 4-QPU Array

Tetrabaena socialis, a four-celled colonial green alga arranged in a planar square, exhibits hydrodynamically synchronized swimming despite each cell possessing autonomous flagella. Furthermore, unlike related species that execute phototactic avoidance migrations under intense li...

(Short Paper09) Morphogenesis Model and Frequency Modulation (FM) of the Biological QPU Base Clock in Sexual Differentiation

In mammalian and human embryonic development, the fertilized egg initially develops along a “default female (maternal-based) morphology” as a standard prototype, irrespective of its genetic sex (XX/XY). In this paper, we reformulate this initial developmental trajectory from phys...

(Short Paper14) Quantum Biological Redefinition of Mitochon dria: In Vivo QPU Clock Generation via High Membrane Potential Shielding and ATP Synthase Rotation

Mitochondria, primarily recognized as the powerhouses of eukaryotic energy production, have traditionally been understood merely as chemical suppliers of ATP. However, classical biochemical frameworks fail to fully elucidate the physiological significance of the inner mitochondri...