Add to ORKGWe demonstrate the first addressable reconfigurable photonic metamaterials thus enabling control over optical material properties with simultaneous spatial and temporal resolution. Potential applications of random access metadevices include active focusing, beam steering, dynamic transformation optics and video holography
Metamaterials that offer “on-demand” control of individual metamolecules are termed “randomly access...
Metamaterials that offer “on-demand” control of individual metamolecules are termed “randomly access...
Metamaterials that offer “on-demand” control of individual metamolecules are termed “randomly access...
We report on randomly addressable reconfigurable metamaterials that can be driven by thermal, Lorent...
Since metamaterials have enabled the design of almost arbitrary landscapes of static optical propert...
Metamaterials offer a huge range of enhanced and novel functionalities that natural materials cannot...
The changing balance of forces at the nanoscale offers the opportunity to develop a new generation o...
Dynamic control over metamaterial optical properties enables active metadevices. Here we demonstrate...
With the developments in nanotechnology that enable atoms, singly or in clumps, to be moved and arra...
Dynamic control over metamaterial optical properties is key for the use of metamaterials as active e...
This thesis reports on the development of a new class of switchable nanostructured photonic metamate...
Dynamic control over metamaterial optical properties is the basis for the use of metamaterials as ac...
Dynamic control over metamaterial optical properties is the basis for active metamaterials devices f...
Active and dynamic manipulation of metamaterial optical properties is the foundation for metamateria...
Metamaterials have been around for almost two decades, providing great advances in optics and photon...
Metamaterials that offer “on-demand” control of individual metamolecules are termed “randomly access...
Metamaterials that offer “on-demand” control of individual metamolecules are termed “randomly access...
Metamaterials that offer “on-demand” control of individual metamolecules are termed “randomly access...
We report on randomly addressable reconfigurable metamaterials that can be driven by thermal, Lorent...
Since metamaterials have enabled the design of almost arbitrary landscapes of static optical propert...
Metamaterials offer a huge range of enhanced and novel functionalities that natural materials cannot...
The changing balance of forces at the nanoscale offers the opportunity to develop a new generation o...
Dynamic control over metamaterial optical properties enables active metadevices. Here we demonstrate...
With the developments in nanotechnology that enable atoms, singly or in clumps, to be moved and arra...
Dynamic control over metamaterial optical properties is key for the use of metamaterials as active e...
This thesis reports on the development of a new class of switchable nanostructured photonic metamate...
Dynamic control over metamaterial optical properties is the basis for the use of metamaterials as ac...
Dynamic control over metamaterial optical properties is the basis for active metamaterials devices f...
Active and dynamic manipulation of metamaterial optical properties is the foundation for metamateria...
Metamaterials have been around for almost two decades, providing great advances in optics and photon...
Metamaterials that offer “on-demand” control of individual metamolecules are termed “randomly access...
Metamaterials that offer “on-demand” control of individual metamolecules are termed “randomly access...
Metamaterials that offer “on-demand” control of individual metamolecules are termed “randomly access...