St. Matthew's University

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...

Development and Reliability Testing of the Sinonasal Assessment of Reepithelialization, a Novel Wound Healing Scale to Assess Postoperative Healing

ABSTRACT Background Sinus and skull base surgery create areas of demucosalized bone and cartilage in the sinonasal cavity, yet no standardized system exists to describe the progressive healing of these wounds. The goal of this study was to develop the novel Sinonasal Assessment o...