In this chapter, we describe the development and properties of the first experimental dynamic magnonic crystal devices and highlight certain aspects of the intriguing new physics that they have to offer us. We discuss the significance of the dynamic magnonic crystal both in the context of the furtherance and technological application of magnonics, and in the understanding of general wave dynamics in metamaterial systems. © Springer-Verlag Berlin Heidelberg 2013
It is well-recognized in condensed matter physics that structural and magnetic properties are intima...
It is well-recognized in condensed matter physics that structural and magnetic properties are intima...
We report on the first observation of an exact fractal pattern in the time-domain arising spontaneou...
Novel material properties can be realized by designing waves ’ dispersion relations in arti-ficial c...
It is well-recognized in condensed matter physics that structural and magnetic properties are intima...
Spin waves (and their quanta magnons) can effectively carry and process information in magnetic nano...
International audiencePhononic crystals are artificial periodic structures that can alter efficientl...
International audiencePhononic crystals are artificial periodic structures that can alter efficientl...
Wave-based computing in which waves rather than particles such as electron are used to transfer and ...
In this paper some new and recent results on metamaterial properties of one-dimensional and two-dime...
We report on the first observation of an exact fractal pattern in the time-domain arising spontaneou...
It is well-recognized in condensed matter physics that structural and magnetic properties are intima...
Spin-wave active rings - positive-feedback systems incorporating spin-wave waveguides - provide impo...
Optical information processing of the future is associated with a new generation of compact nanoscal...
It is well-recognized in condensed matter physics that structural and magnetic properties are intima...
It is well-recognized in condensed matter physics that structural and magnetic properties are intima...
It is well-recognized in condensed matter physics that structural and magnetic properties are intima...
We report on the first observation of an exact fractal pattern in the time-domain arising spontaneou...
Novel material properties can be realized by designing waves ’ dispersion relations in arti-ficial c...
It is well-recognized in condensed matter physics that structural and magnetic properties are intima...
Spin waves (and their quanta magnons) can effectively carry and process information in magnetic nano...
International audiencePhononic crystals are artificial periodic structures that can alter efficientl...
International audiencePhononic crystals are artificial periodic structures that can alter efficientl...
Wave-based computing in which waves rather than particles such as electron are used to transfer and ...
In this paper some new and recent results on metamaterial properties of one-dimensional and two-dime...
We report on the first observation of an exact fractal pattern in the time-domain arising spontaneou...
It is well-recognized in condensed matter physics that structural and magnetic properties are intima...
Spin-wave active rings - positive-feedback systems incorporating spin-wave waveguides - provide impo...
Optical information processing of the future is associated with a new generation of compact nanoscal...
It is well-recognized in condensed matter physics that structural and magnetic properties are intima...
It is well-recognized in condensed matter physics that structural and magnetic properties are intima...
It is well-recognized in condensed matter physics that structural and magnetic properties are intima...
We report on the first observation of an exact fractal pattern in the time-domain arising spontaneou...