Critical care patients including trauma patients and post-operative patients are exposed to significant risk during aeromedical evacuation and transport. Physically wired patient monitoring items via rotary-wing aircraft, differing electrical power requirements, and non-availability of adequate power supply can impede device availability and severely risk en-route care. The proposed solution identifies a resonance-based wireless power transmission that is able to continuously power medical devices and recharge over a distance through materials such as plastic, fabric, and even human tissue. The proposed solution will help mitigate the incidence and causes of potentially preventable deaths among US combat fatalities.Medical devices,trauma,Prolonged Field Care,stretchable,power transmission,smart materials,remote monitoring,DIAGNOSTICS
