Quasicrystalline structures with narrow-band frequency–angular selectivity
Design methods in the reciprocal space allow one to obtain structures with desired
properties. Quasicrystalline photonic structures, which ensure the selective scattering of an …
properties. Quasicrystalline photonic structures, which ensure the selective scattering of an …
Photonic Structure Induced Enhancement in the Triplet State Dynamics of Organic Phosphors at Room Temperature
Triplet state modification in organic phosphorescence molecules for a desired color and
quantum yield is typically pursued by chemical modification. A facile methodology is …
quantum yield is typically pursued by chemical modification. A facile methodology is …
Transport properties of electromagnetic waves in dielectric photonic quasicrystals
The transport properties of electromagnetic waves change at the transition of high-index
dielectric photonic structures to the metamaterial regime. Here, we demonstrate the changes …
dielectric photonic structures to the metamaterial regime. Here, we demonstrate the changes …
Complete photonic bandgap in a low-index two-dimensional quasicrystalline structure
A bandgap in the continuum spectrum of photons in addition to its basic physical
significance has strong potential for applications. Analogous to semiconductor crystals for …
significance has strong potential for applications. Analogous to semiconductor crystals for …
Enhancement of dual zero phonon line emissions in nanodiamonds using quasiperiodic photonic structures
Color centers in nanodiamonds (NDs) have been largely explored by coupling to a photonic
structured matrix (PSM) to amplify visible range emission features, enhancing their use in …
structured matrix (PSM) to amplify visible range emission features, enhancing their use in …
PUBLISHING GROUP
V Chistyakov, R Yafyasov, A Sayanskiy, M Sidorenko… - 2024 - opg.optica.org
Bandgap in the continuum spectrum of photons in addition to its basic physical significance
has strong potential for applications. By analogy to semiconductor crystals for electrons …
has strong potential for applications. By analogy to semiconductor crystals for electrons …
Dipole Antenna Directivity Modification by All-Dielectric Quasiperiodic Structure
Inverse space design method enables the engineering of all-dielectric quasiperiodic
photonic structures with the desired electromagnetic properties. We demonstrate in the …
photonic structures with the desired electromagnetic properties. We demonstrate in the …
Effect of random structural variations on the optical properties of honeycomb photonic crystals
Y Tunçtürk, H Sami Sözüer - Journal of Modern Optics, 2024 - Taylor & Francis
Periodic dielectric structures called photonic crystals are being used in various sensors and
devices. Since photonic crystals are designed to operate within certain frequency ranges …
devices. Since photonic crystals are designed to operate within certain frequency ranges …
Quasicrystalline Structures for Electromagnetic Wave Manipulation
MV Rybin - 2024 Photonics & Electromagnetics Research …, 2024 - ieeexplore.ieee.org
Quasicrystal-based photonic structures are rigorously ordered but aperiodic systems and the
theoretical description of their properties is relatively poor developed yet. The lack of …
theoretical description of their properties is relatively poor developed yet. The lack of …
High Directivity Engineering with Low Index Polymer Quasicrystalline Structures
Reciprocal space engineering allows generating photonic structures with the desired
transport properties. This study demonstrates the high directivity radiation regime of a dipole …
transport properties. This study demonstrates the high directivity radiation regime of a dipole …