Another initiative called generalised architecture for dynamic infrastructure services (GEYSERS) [57] aims at extending 4WARD VNet scope to consider optical networking and information technology (IT) infrastructure resources.
Subsequent developments in laser-cooling technology further opened a new research field in atomic and molecular physics that enabled optical lattices, quantum information technology, and quantum cryptography.
My research in nanophotonics focuses on the theoretical and experimental exploration of metal-based metamaterials and nanophotonic devices that enable efficient transport of light at the nano-scale with applications in energy, information technology, optical sensing, and even textiles.
Optical microcavities and nanocavities are widely studied for their prospects in many fields of research and technology, such as optical communication, nonlinear optics, optoelectronics, and quantum information technology [1, 2].
Consequently, innovative concepts for all-optical communication and information technologies based on nonlinear effects in photonic-crystal physics and nanoscale devices as metamaterials are of high interest.
Microlenses as a class of most ubiquitous optical components, aiming to manipulate and focus light at the micro-/nanoscale, have important applications, such as display technology [1], laser beam collimation [2], molecular detection [3], and optical information storage [4].
He has also made advances in information technology (he calls information "encoded energy") and holds critical patents relating to thin-film solar cells, rewriteable optical discs, a new form of non-volatile memory and flat-panel displays.
