Electromagnetic Buoyancy (EMB) is a theoretical propulsion and lift mechanism based on engineered gradients in electromagnetic energy density. Unlike traditional magnetic levitation, EMB operates on field pressure differentials — enabling lift, hover, and motion without thrust, propellant, or contact.
This page serves as a living archive for the EMB concept. Below you can download the whitepaper and provisional patent draft, learn about its field mechanics, and explore its connection to the Meyerhoff Dark Matter Theory and Unified Light Theory.
EMB Whitepaper PDF
📎 Zenodo Journal Document
EMB leverages classical EM energy density equations to generate force and lift through pressure gradients, allowing neutral objects to rise or stabilize in space. The force is modeled as:
F_EMB = -∇P_EM ⋅ V_effThis enables levitation systems that work regardless of material properties — using field shape alone to suspend or propel matter.