The Hierarchy Problem as a Collective Coherence Effect: Why Gravity Is 10³6 Times Weaker Than Electromagnetism | Synapse
March 8, 2026Open Access
The Hierarchy Problem as a Collective Coherence Effect: Why Gravity Is 10³6 Times Weaker Than Electromagnetism
Key Points
This study aims to resolve the hierarchy problem by linking gravity's weakness to microtubule dynamics.
Analyzed the role of microtubules in synchronizing collapse behavior.
Examined the concept of collective N² dilution in assessing gravitational strength.
Developed a theoretical framework to connect gravity and electromagnetism.
Demonstrated that gravity's strength is diluted exponentially due to collective effects in microtubules.
Identified synchronization as a key factor in gravity's relative weakness.
Showed that the estimated N_sync aligns with known values of microtubule synchronization.
Abstract
We resolve the hierarchy problem by showing that gravity's weakness arises from collective N² dilution in synchronized microtubule collapse, where Nₛync ~ 4×10⁷.