Connect molecular clock to whole body clocks
Integrated Clock Architecture of the Whole Brain
We consider every component in the brain as a combination of dielectric resonators put inside a cavity resonator. The growth of such fused resonators starts from a single functional group inside secondary structures of proteins, DNA etc, and grows within-and-above network, up to the entire biological scale. The database of rhythms or clock architectures has been created by the National Institute for Materials Science (NIMS), Japan. The database covers a complete integrated map of the whole brain and all components, design architecture, electromagnetic resonance properties, and their medical applications. The database aims to serve as a single complete source of all electromagnetic properties. We envision a resource platform for researchers, drug designers, medical practitioners and thus trigger a global research movement where using a geometric language future humanity would communicate with biosystems and correct errors, predict errors well in advance.
Time crystal model of the human brain with 1073 types of clocks
This book reimagines biological systems as sophisticated oscillatory networks, challenging conventional perspectives by presenting a clock-based philosophy where all elements operate in synchronized harmony. We propose that living systems function through intricate arrangements of coordinated rhythms or "clocks," spanning from molecular processes to whole-body functions. This temporal framework provides fresh insights into consciousness and cognition as emergent properties of multi-scale rhythmic integration rather than isolated phenomena.
