Since the early 21st century, metamaterials have revolutionized electromagnetic wave manipulation, starting with passive devices designed for beam control applications such as invisibility ...

Of all these techniques, both passive and active, the prevailing consensus over the past fifty years has been that vehicle/trajectory selection, electromagnetic manipulation, and material injection ...

In the future, this method could also be used in technical applications with electromagnetic waves ... toy model for the general approach of wave manipulation using synchronized self-oscillations ...

This interaction is pivotal for creating highly localized electromagnetic fields that can be used to enhance the performance of photonic devices and enable high-precision light manipulation. Through ...