Eloise Nose

Muometric Data Modulation and State Synchronization Through Obstructed Subsurface Media: A Theoretical Framework, Channel Physics Model, and Protocol Design

Conventional radio-frequency (RF) and acoustic communication channels suffer severe absorption and scattering when traversing dense rock and collapsed subsurface infrastructure [4, 5]. While relativistic muons (µ ±) possess extreme penetration capabilities, their application as p...

Muometric Data Modulation and State Synchronization Through Obstructed Subsurface Media: A Theoretical Framework, Channel Physics Model, and Protocol Design

Conventional radio-frequency (RF) and acoustic communication channels suffer severe absorption and scattering when traversing dense rock and collapsed subsurface infrastructure [4, 5]. While relativistic muons (µ ±) possess extreme penetration capabilities, their application as p...