Biofractal devices

Development of revolutionary biofractal and novel organic bio-inspired devices using non-integer methodology is the focus of this paper. Non-integer methodology is explored in the form of a quantitative biofractal architecture, which incorporates ontogentic and epigenetic scalable mechanisms for multiple signal carriers, fragility and dimensional scalability in the development of nonlinear sensor models and methodology. Biofractal devices will provide a precision, low power, low weight integrated real-time sensory capability for mobile platforms applications such as unmanned air vehicles, emerging optical communication, and radar.