Metatronics (MTX)

MTX brings a new dimension to metamaterial research with emerging challenges to make material properties dynamically controllable in both space and time. This would open a multitude of new applications and scientific explorations like: emulating electronic circuits at optical frequency based upon wave interacting with nanoparticles, creating space/time transformation materials, artificial non-reciprocity, and “computational metamaterials”, namely materials that can perform mathematical operations on input signals (e.g. Fourier transform) directly by interacting with signal encoding EM waves.