Does neurons use quantum tomography on vibrating microtubules to phase lock with less coupling strength?

Key Points

• This research aims to explore how neurons may utilize quantum tomography to phase lock with vibrating microtubules while minimizing coupling strength.
• Applied mathematical background of quantum tomography and Kuramoto oscillators.
• Developed a theoretical framework based on cable theory.
• Introduced the concept of phase locking in the context of neuronal function.
• Suggested that reduced coupling strength contributes to effective phase synchronization.