Designed waveforms with enhanced probability to target lossy elements embedded in chaotic enclosures

The prospect of utilizing electromagnetic radiation in order to efficiently target objects (e.g. sensitive electronic circuit elements, antennas, etc) has been intensely pursued during the last few years. We propose an algorithm that provides coherent waveforms which aim to target, with high probability, lossy elements inside a chaotic enclosure. Our scheme relies on Random Matrix Theory considerations and utilizes the universal rules that characterize the statistical properties of chaotic wavefunctions.